Auxiliares modales
(must, should, could, would, have to and may)
El must
(deveria) se utuliza cuando pensamos o realizamos algo que es nesesario o muy
probable. El auxiliar modals must (deveria o tener) se utiliza para indicar una
completa conclusión. Algunos ejemplos que expresan una completa obligación son:
- A person must drink wáter
- You must study hard
Ejemplos que
expresan una lógica conclusión:
- Carl
bough a new car. He must have – money.
- The
party ends at 10 pm. You must come back before nine o’ clock.
-
Afirmativa:
Sujeto+verbo
aux must+verbo simple+complement
He must eat less bread
- Negativa:
Sujeto+verbo aux must+not+verbo simple+complemento
He must not eat less bread
-
Interrogative:
Verbo aux
must+sujeto+verbo simple+complement+?
Must he eat less bread
Should (debería):
el auxiliar
modal should lo utilizamos para indicar recomendaciones, consejos, opiniones,
obligaciones y expectativas. Algunas ejemplos que expresan una obligación son:
- You
should pay more attention to what he
says.
- You
should study tomorrow
Algunos ejemplos que indican recomendaciones son:
- You
should follow your teacher’ s advice.
Algunos
ejemplos que implican consejos son:
- You should sleep early
- You
should be careful
L a estructura
de should es la siguiente:
-
Afirmativa:
Sujeto+should+verbo
simple+complement
He should learn English
- Negative:
Sujeto+should+not+verbo simple+complement
He should not learn English
- Interogativa:
Should+sujeto+verbo simple+complement+?
Should he learn English?
Could (pudo):
Pasado could
es el pasado de can y se utilize para preguntar algo pero mas educadamente, lo
utilizamos para denotar posibilidades, capacidades y permisos para ek tiempo
pasado.
-
Afirmativa:
Sujeto+could+verbo
simple+complemento
He could play chess
- Negativa:
Sujeto+could+not+verbo simple+complemento
He could not play chess
-
Interrogativa:
Could+sujeto+verbo
simple+complemento+?
Could he play chess
Would (ria):
-
Afirmativa:
Sujeto+would+verbo
simple+complemento
You would arrive
carly
- Negativa:
Sujeto+would+not+verbo simple+complemento
You would not arrive carly
-
Interrogativa:
Would+sujeto+verbo
simple+complemento+?
Would you arrive carly
Has/have to
(tiene):
Has o have to
lo utilizamos para expresar que algo es necesario, para formular la pregunta o
la negación debemos utilizar el auxiliar to, el have to es una obligación.
a- I have to
- You
have to
- He she
it has to
- We
they have to
n- i don’t have
to
- You
don’t have to
- He she
it doesn’t have to
- We
they don’t have to
i-
Do I you have to
- Does
he she it have to
- Do we they have to
La estructura
para formular el uso has/have to es la siguiente:
-
Afirmativa:
Sujeto+verbo
aux+verbo simple+complemento
He she it has to
It you we they have to
-
Negative:
Sujeto+verbo
aux+verbo aux+verbo simple+complement
He she it not have to
I you we they not have to
- Interrogative:
Verbo
aux+sujeto+verbo aux+verbo simple+complement+?
Does he she it have to
May-might:
El aux modal
may (poder) lo utilizamos para decir que algo es posible o muy probable. Se
puede utilizar con el presente o futuro, también se utiliza para preguntar por
algo pero mas educadamente con el could.
Estos
auxuliares modales los usamos para indicar posibilidad y permiso. Ambos son
equivalentes en sus significado y el uso, pero ‘’might’’ a diferencia de
‘’may’’ expresa un menor gradop de posibilidad. Las estructura de may son las
siguientes:
-
Afirmativa:
Sujeto+verbo
aux+simple+complemento
He may go with you
- Negativa:
Sujeto+verbo
aux+not+verbo simple+complemento
He may not with you
- Interrogativa:
Verbo
aux+sujeto+verbo simple+complemento+?
May he go with you?
Can:
-
Afirmativa:
Sujeto+verbo
aux+verbo simple+complement
We can swim on the pool
-
Negative:
Sujeto+verbo
aux+not+verbo simple+complement
We can not swim on the pool
-
Interrogative:
Verbo
aux+sujeto+verbo simple+complement+?
Can we swim on the pool?
Must:
Afirmativa:
Sujeto+verbo
auxiliary must+verbo simple+compplemento.
1- he must
eat pizza.
2- He must
play soccer.
3- He must
studying chemistry.
4- He must
watch the tv.
5- He
must go to the school.
6- He must
bed early.
7- You must
open this present before Christmas Day.
8- You must
tell Sandra. She can't keep a secret.
9- You must
smoke in the hospital
10- • Your must forget to carry your phone at all
times.
NEGAtiva:
Sujeto+verbo auxiliary must+not(mustn’t)+verbo
simple+complement.
1- he
must not eat pizza.
2- He must
not play soccer.
3- He must
not studying chemistry.
4- He must
not watch the tv.
5- He
must not go to the school.
6- He must
not bed early.
7- You must
not open this present before Christmas Day.
8- You must
not tell Sandra. She can't keep a
secret.
9- You must
not smoke in the hospital
10- Your must not forget to carry your phone at all
times.
InterrogATIVA:
Auxiliar
must+sujeto+verbo simple+complement+ ?
1- Must he eat pizza?
2- Must he
play soccer?
3- must he
studying chemistry?
4- must he
watch the tv?
5- must
must go to the school?
6- Must he
bed early?
7- Must you
open this present before Christmas Day?
8- Must you
tell Sandra. She can't keep a secret?
9- must you
smoke in the hospital?
10- must your
forget to carry your phone at all times?
Should (deberia):
Afirmativa:
Sujeto+
should+verbo simple+complemento.
1- He should
learn chemistry.
2- He should
walk on the park.
3- He should
answer the phone.
4- He should
play on the park.
5- he should
eat bread.
6- I should
clean the house.
7- I should
send a post card to my friend.
8- I should
talk go to make some groceries.
9- I should
listen some music.
10- I should do a good research before do my essay.
Negative:
Sujeto+should+not+verbo simple+complement.
1- He should
not learn chemistry.
2- He should
not on the park.
3- He should
not answer the phone.
4- He should
not play on the park.
5- he should
not eat bread.
6- I should
not clean the house.
7- I should
not send a post card to my friend.
8- I should
not talk go to make some groceriesr
9- I should
not listen some music.
10- I should not do a good research before do my
essay.
Interrogativa:
Should+sujeto+verbo
simple+complement+?
1- Should
he learn chemistry?
2- should
he walk on the park?
3- should
he answer the phone?
4- should he
play on the park?
5- Should
he eat bread?
6- Should i
clean the house?
7- should I
send a post card to my friend?
8- Should i
talk go to make some groceries?
9- should I
listen some music?
10- should I do
a good research before do my essay?
Could (Pudo):
Afirmativa:
Sujeto+could+verbo
simple+complement
1- He could
watch tv.
2- He could
play boli bol.
3- He could
study ingles.
4- he could
run the school.
5- he could
eat a hamburger.
6- She could
phone you.
7- He could
play the piano.
8- he could
studying on the school.
9- he could
read the book.
10- he could do homework.
Negativa:
Sujeto+could+not+verbo
simple +complemento.
1- He
could not watch tv.
2- He could
not play boli bol.
3- He could
not study ingles.
4- he could
not run the school.
5- he could
not eat a hamburger.
6- She
could not phone you.
7- He
could not play the piano.
8- he could
not studying on the school.
9- he could
not read the book.
10- he could not do homework.
Interrogativa:
Could+sujeto+verbo simple+complemeto+?
1- Could
he watch tv?
2- Could
he play boli bol?
3-
could he study ingles?
4-
Couldhe run the school?
5- Could
he eat
a hamburger?
6-
could she phone you?
7-
could he play the piano?
8- could he
studying on the school?
9- could he
read the book?
10- could he do
homework? You would play the boli bol?
Would (ria):
Afirmativa:
Sujeto+would+verbo simple+ complemento.
1- You would
read the book.
2- You would
run on the park.
3- You would
play the boli bol.
4- You would
study on the house.
5- You would
answer on the phone.
6- You would
eat sandwich.
7- I would work.
8- She would
study.
9- It would
work.
10- They would learn.
Negativa:
Sujeto+would+not+verbo
simple+complemento.
1- You would
not read the book.
2- You
would not run on the park.
3- You would
not play the boli bol.
4- You would
not study on the house.
5- You would
not answer on the phone.
6- You would
not eat sandwich.
7- I would
not work.
8- She would
not study.
9- It would
not work.
10- They would not learn.
Afirmativa:
Would+sujeto+verbo simpe+complement+?
1- would you
read the book?
2- would
you run on the park?
3- would
you play the boli bol?
4- Would
you study on the house?
5- would you
answer on the phone?
6- Would
you eat sandwich?
7- Would
I work?
8-
would she study?
9- Would i
work?
10- would
theylearn?
Has/have to
(tiene):
Afirmativa:
Sujeto+verbo auxiliar+verbo
simple+complemento.
1- doctors
have to treat people.
2- teacher
have to educate people.
3- the
architects have to draw well.
4- boys have
to do your homework.
5- teachers
have to be very patient.
6- A
secretary has to be organized.
7- He have to work in a bank.
8- They have to study a lot.
9- Does he
have to work in a bank.
10- Do you have to work on Saturdays.
Negative:
Sujeto+verbo auxiliar+verbo auxiliar+verbo
simple+complemento.
1-
Doctors doesn’t have to treat people.
2-
teacher doesn’t have to
educate people.
3- the
architects doesn’t have to draw well.
4- boys doesn’t have to do your homework.
5- Teachers
doesn’t have to be very patient.
6- A
secretary doesn’t has to be organized.
7- He doesn’t have to work in a bank.
8- They
doesn’t have to study a lot.
9- I
doesn’t he have to work in a bank.
10- you doesn’t
have to work on Saturdays.
Interrogativo:
Verbo auxiliar+sujeto+verbo auxiliar+verno
simple+complemento+?
1- Does
Doctors have to treat people?
2- Does
teacher have to educate people?
3- Does the
architects have to draw well?
4- Does boys
have to do your homework?
5- Does teachers
have to be very patient?
6- Does A
secretary has to be organized?
7- Does
He have to work in a bank?
8- Does They
have to study a lot?
9- Does he
have to work in a bank?
10- Does you
have to work on Saturdays?
MAY:
AFIRMATIVA:
SUJETO+VERNO AUXILIAR+VERBO
SIMPLE+COMPLEMENTO
1- HE MAY
RUN THE PARK.
2- I May
park here
3- I May
arrive a little earlier
4- He may
charge me less
5- It may
rain
6- You may
leave now
7- I may do
it .
8- She may
help me
9- It may
rain.
10- They may know it
NEGATIVA:
SUJETO+VERBO AUXILIAR+NOT+VERNO
SIMPLE+COMPLEMENTO.
1- HE MAY
NOT RUN THE PARK.
2- I May NOT
park here
3- I May
arrive a little earlier
4- He may NOT
charge me less
5- It may
NOT rain
6- You may
NOT leave now
7- I may
NOT do it .
8- She may
NOT help me
9- It may NOT
rain.
10- They may NOT know it
INTERROGATIVA:
VERBO AUXILIAR+SUJETO+VERBO
SIMPLE+COMPLEMENTO?
1- MAY
HE RUN THE PARK?
2- MAY I
park here?
3- MAY I arrive
a little earlier?
4- MAY He
charge me less?
5- MAY
It rain?
6- MAY
You leave now?
7- MAY I do it?
8- MAY
She help me?
9- MAY
It rain?
10- MAY They
know it?
MIGHT:
AFIRMATIVA:
SUJETO+VERBO AUXILIAR+VERBO
SIMPLE+COMPLEMENTO
1- HE MIGHT
RUN THE PARK.
2- I MIGHT
park here
3- I MIGHT
arrive a little earlier
4- He mIGHT
charge me less
5- It MIGHT
rain
6- You MIGHT
leave now
7- I mIGHT do
it .
8- She mIGHT
help me
9- It mIGHT
rain.
10- They mIGHT know it
NEGATIVA:
SUJETO+VERBO AUXILIAR+NOT+VERNO
SIMPLE+COMPLEMENTO.
11- HE MIGHT
NOT RUN THE PARK.
12- I MIGHT NOT
park here
13- I MIGHT arrive a little earlier
14- He mIGHT NOT charge me less
15- It mIGHT NOT rain
16- You mIGHT NOT leave now
17- I mIGHT NOT
do it .
18- She mIGHT NOT help me
19- It mIGHT NOT rain.
20- They mIGHT NOT know it
INTERROGATIVA:
VERBO AUXILIAR+SUJETO+VERBO
SIMPLE+COMPLEMENTO?
11- MIGHT
HE RUN THE PARK?
12- MIGHT I park here?
13- MIGHT I arrive a little earlier?
14- MIGHT He
charge me less?
15- MIGHT
It rain?
16- MIGHT You
leave now?
17- MIGHT
I do it?
18- MIGHT
She help me?
19- MIGHT
It rain?
20- MIGHT
They know it?
CAN:
AFIRMATIVA:
SUJETO+VERBO AUXILIAR+VERBO
SIMPLE+COMPLEMPLEMENTO
1- WE
CAN RUN ON THE PATIO
2- I can
draw very well
3- You can
speak English
4- He can
drive a car
5- She can
make dinner
6- They can
go to the movies
7- I can read
a text
8- You can
play soccer
9- He can
watch TV
10- She can knit
NEGATIVA:
SUJETO+VERBO
AUXILIAR+NOT+VERBO SIMPLE+COMPLEMENTO
1- WE
CAN NOT RUN ON THE PATIO
2- I can NOT
draw very well
3- You can
NOT speak English
4- He can NOT
drive a car
5- She can
NOT make dinner
6- They can
not go to the movies
7- I can
NOT read a text
8- You can
NOT play soccer
9- He can NOT
watch TV
10- She can NOT
knit
INTERROGATIVA:
VERBO
AUXILIAR+sujetos+verbo simple+complemento+?
1- Can
WE RUN ON THE PATIO?
2- Can
I draw very well?
3- Can You
speak English ?
4- Can
He drive a car?
5- Can She
make dinner?
6- Can They
go to the movies?
7- Can I read a text?
8- Can
You play soccer?
9- Can
He watch TV ?
10- Can She
knit?
Presente
perfecto:
El presente
perfecto es el idioma ingles es un tiempo verbal que se utiliza para referirnos
a acciones que sucede en un pasado presente y que guardan una relación con el
presente. Su equivalente en el espa;ol es el pretexto perfecto.
- Afirmativa:
Sujeto+has/have
to+verbo en pasado participio+complemento
I have sent the later
She has lost the keys
- Negative:
Sujeto+has/have
to+not+verbo en pasado participio+complmento
I have not sent the later
She has not lost the keys
- Interrogative:
Has/have
to+sujeto+verbo en pasado participio+complement+?
Have i sent the later?
Has she lost the keys?
Libro:
1. The
electrician (repair)…………. The lighting system.
The electrician has repared the lighting system
The electrician has not repared the lighting system
Has the electrician repared the lighting sistem?
2.
They (accept) ………………credits cards
They have accepted credits cards
They have not
accepted credits cards
Have they accepted credits cards?
3. A
thief(steal) ………………mary´s purse
A thief has stolen mary´s purse
A thief has not stolen mary´s purse
Has a thief stolen mary´spurse
4. We (sing)
…………..different songs at the camp
We have song different songs at the camp
We have not song different songs at the camp
Have we song different songs at the camp
5. Tha
player (hit) ……………. Me with the ball
The player has
hit me with the ball
The player has not hit me with the ball
Has the player hit me with the ball
6. The
students (print) ………………..the magazine
The students have printed the magazine
The students have not printed magazine
Have the students printed the magazine
7. The
children (swim) ……………in the lake
The children has swum in the lake
The children has not swum in the lake
Has the children swum in the lake
8. The
inspector (show) ……………..us the secret
The inspector has showed us the secret
The inspector has not showed us the secret
Has the inspector showed us the secret
9. Susan
(get) ………..$ 50 as a prize
Susan has got $ 50 as a prize
Susan has not got $ 50 as a prize
Has susan got $ 50 as a prize
10. The
passengers (watch) …………… many movies
The passengers have watchend many movies
The passengers have not watched many movies
Have the passengers watched many movies
11. He
(build)………………….a new departament
He has built a new departament
He has not built a new departament
Has he built a new departamento
12. Jonatahn
(buy) ……………. A new car and new house
Jonathan has bought a new car and new house
Jonathan has not bought a new car and new house
Has jonathan bought a new car and new house?
13. The
president (visit)…………….the museum
The president has visited the museum
The president has not visited the museum
Has the president visited the museum?
14. The
secretary (ask) ……………. The boss to sign the letters
The secretary
has asked the boss to sign the letters
The secretary has not asked the boss to sign the
letters
Has the secretary asked the boss to sign the letters
15. Sara
(work) ………….. for a building company
Sara has worked for a building company
Sara has not worked a building company
Has sara a worked a building company
16. The
workers (clean) ………….the theatre
The workers have cleaned the theatre
The workers have not cleaned the theatre
Have the workers cleaned the theatre
17. Jane (cut)
………………her finger
Jane has cut her finger
Jane has not cut her finger
Has jane cut her finger
18. Frank
(fix) ……………..his bicycle
Frank has fixed his bicycle
Frank has not fixed his bicycle
Has Frank fixed his bicycle
19. Peter
(eat) ……………..a lot of sadwiches
Peter has ate a lot of sadwiches
Peter has not ate a lot of sándwiches
Has peter ate a lot of sándwiches
®
travelling/i/the/possibility/considered/of/abroad/have
I have considered the possibility of travelling abroad
I have not considered
the possibility of travelling abroad
Have I considered the possibility of travelling abroad
®has/about/sally/her/job/thougth
Sally has job about her thougth
Sally has not job about her thougth
Has sally job about her though
®important/the/director/has/an/meeting/arranged/
The director has arranged an important meeting
The director has not arrranged an important meeting
Has the director arranged an important meeting
®enjoyed/tom and mary/have/movie/the
Tom and mary have enjoyed the movie
Tom and mary have not enjoyed the movie
Have tom and mary enjoyed the movie
®exam/I/many/mistakes/in/the/made/have
I have made many mistakes in the exam
I have not made many mistakes in the exam
Have I made many mistakes in the exam
®delicious/has/Sarah/made/dinner/a
Sarah has made a delicious dinner
Sarah has not a delicious dinner
Has Sarah a delicious dinner
®tried/I/to/do/exercises/the/have
I have tried to do exercises
I have not tried to do exercises
Have I tried to do exercises
®the /radio/concert/she/has/the/on/listened
She has listened the concert on the radio
She has not listened the concert on the radio
Has she listened the concert on the radio
®has/my/played/neighbour/golf
My neighbour has played golf
My neighbour has not played golf
Has my neighbour played golf
®smoked/my/has/ten/father/cigarettes
My father has smoked ten a cigarettes
My father has not smoked tena cigarettes
Has my father smoked ten a cigarettes
®new/car/saved/sam/a/enough/Money/has/to/buy
Sam has saved enough Money to buy a new car
Sam has not saved enough moneyto buy a new car
Has sam saved enough Money to buy a new car
®they/many/have/too/problems/faced
They have faced many problems too
They have not faced many problems too
Have they faced many problems too
®a/new/the/have/apartaments/workers/built
The workers have built a new apartment
The workers have not
built a new apartment
Have the workers built a new apartment
®jonh/movies/has/a lot of/seen
Jonh has seen a lot of movies
Jonh has not seen a lot of movies
Has jonh seen a lot of movies
®painted/Michael/house/has/the
Michael has
painted the house
Michael has not painted the house
Has Michael painted the house
®given/the/has/a/conference/president
The president has given a conference
The president has not given a conference
Has the president given a conference
®project/the/have/a/new/architects/started
The architects have started a new Project
The architects have not started a new Project
Have the architects started a new Project
1. Sue
(lose)…………….the key of her car
Sue has lost the key of her car
Sue has not lost the key of her car
Has sue lost the key of her car
2.
Jenny(finish)……………her homework
Jenny has finished her homework
Jenny has not finished her homework
Has Jenny finished her homework
3. So me
boy(break)……………the Windows
Some boy has broken the Windows
Some boy has not broken the Windows
Has some boy broken the Windows
4. My mother
(buy)…………………new glasses
My mother has bought new glasses
My mother has not bought new glasses
Has my mother bought new glasses
5. I (read)
…………a hundred pages of the book
I have read a hundred pages of the book
I have not read a hundred pages of the book
Have I read a hundred pages of the book
6. My niece
(find)…………a valuable necklace
My niece has found a valuable necklace
My niece has not found a valuable necklace
Has my niece found a valuable necklace
7. The
town(suffer)………….terrible floods
The town has suffer terrible floods
The town has not suffer terrible floods
Has the town suffer terrible floods
8. We (
write) …………… a lot of beautiful poems
We have written a lot of beautiful poems
We have not written a lot of beautiful poems
Have we written a lot of beautiful poems
9. Margaret
(travel)…………..to italy
Margaret has not traveled to italyHas margaret
traveled to italy
10. I (go)
…………to the cinema
I have gone to the cinema
I have not gone to the cinema
Have I gone to tha cinema
11. Sam
(arrive)…………late to work
Sam has arrived late to work
Saam has not arrived late to work
Has sam arrived late to work
12. Mark(visit)………….wonderful cities in europe
Mark
has visited wonderful cities in europe
Mark
has not visited wonderful cities in europe
Has
mark visited wonderful cities in europe.
TEMA
INTEGRADOR
El
Caracol, the Chichén Itzá Mayan observatory. The Olmec, a Pre-Columbian
civilization living in the tropical lowlands of south-central Mexico, calendar
system required an advanced understanding of mathematics. The Olmec number
system was based on 20 instead of decimal and used three symbols- a dot for
one, a bar for five, and a shell-like symbol for zero. The concept of zero is
one of the Olmecs' greatest achievements. It permitted numbers to be written by
position and allowed for complex calculations. Although the invention of zero
is often attributed to the Mayans, it was originally conceived by the Olmecs.
Mayans
symbol for zero. To predict planting and harvesting times, early peoples
studied movements of the sun, stars, and planets. They used this information to
make calendars. The Aztecs created two calendars one for farming and one for
religion. The farming calendar let them know when to plant and to harvest
crops. An Aztec calendar stone dug up in Mexico City in 1790 includes
information about the months of the year and pictures the sun god at the
center.
The Aztec
Sun Stone, also called the Aztec Calendar Stone, on display at the National
Museum of Anthropology, Mexico City. After the Viceroyalty of New Spain was
founded, the Spanish brought the scientific culture that dominated Spain to the
Viceroyalty of New Spain.[3]
The
Franciscan order founded the first school of higher learning in the Americas,
the Colegio de Santa Cruz de Tlatelolco in 1536, at the site of an Aztec
school.[4]
The
municipal government (cabildo) of Mexico City formally requested the Spanish crown
to establish a university in 1539.[5] The Royal and Pontifical University of
Mexico (Real y Pontificia Universidad de México) was established in 1551. The
university was administered by the clergy and it was the official university of
the empire. It provided quality education for the people, and it was a hub of
intellectual and religious development in the region. It taught subjects such
as physics and mathematics from the perspective of Aristotelian philosophy.
Augustinian philosopher Alonso Gutiérrez in 1553 he became the first professor
of the University of Mexico. He wrote Physica speculatio, America's first
scientific text, in 1557. By the late 18th century, the university had trained
1,162 doctors, 29,882 bachelors, and many lawyers.[3]
Educated
by the Jesuits in Mexico Carlos de Sigüenza y Góngora displayed an astonishing
proficiency in science and mathematics. During the late 17th century he won the
chair of mathematics and astronomy at the University of Mexico. Sigüenza
challenged the official doctrine that comets were divine portents ofdisaster
and argued for their natural origin. He is considered the first scientist of
colonial Mexico to question the scholasticism that permeated the university and
most of society.
El
Caracol, the Chichén Itzá Mayan observatory. The Olmec, a Pre-Columbian
civilization living in the tropical lowlands of south-central Mexico, calendar
system required an advanced understanding of mathematics. The Olmec number
system was based on 20 instead of decimal and used three symbols- a dot for
one, a bar for five, and a shell-like symbol for zero. The concept of zero is
one of the Olmecs' greatest achievements. It permitted numbers to be written by
position and allowed for complex calculations. Although the invention of zero is
often attributed to the Mayans, it was originally conceived by the Olmecs.
Mayans
symbol for zero. To predict planting and harvesting times, early peoples
studied movements of the sun, stars, and planets. They used this information to
make calendars. The Aztecs created two calendars one for farming and one for
religion. The farming calendar let them know when to plant and to harvest
crops. An Aztec calendar stone dug up in Mexico City in 1790 includes
information about the months of the year and pictures the sun god at the
center.
The
Aztec Sun Stone, also called the Aztec Calendar Stone, on display at the
National Museum of Anthropology, Mexico City. After the Viceroyalty of New
Spain was founded, the Spanish brought the scientific culture that dominated
Spain to the Viceroyalty of New Spain.[3]
The
Franciscan order founded the first school of higher learning in the Americas,
the Colegio de Santa Cruz de Tlatelolco in 1536, at the site of an Aztec
school.[4]
The
municipal government (cabildo) of Mexico City formally requested the Spanish
crown to establish a university in 1539.[5] The Royal and Pontifical University
of Mexico (Real y Pontificia Universidad de México) was established in 1551.
The university was administered by the clergy and it was the official
university of the empire. It provided quality education for the people, and it
was a hub of intellectual and religious development in the region. It taught
subjects such as physics and mathematics from the perspective of Aristotelian
philosophy. Augustinian philosopher Alonso Gutiérrez in 1553 he became the
first professor of the University of Mexico. He wrote Physica speculatio,
America's first scientific text, in 1557. By the late 18th century, the
university had trained 1,162 doctors, 29,882 bachelors, and many lawyers.[3]
Educated
by the Jesuits in Mexico Carlos de Sigüenza y Góngora displayed an astonishing
proficiency in science and mathematics. During the late 17th century he won the
chair of mathematics and astronomy at the University of Mexico. Sigüenza
challenged the official doctrine that comets were divine portents ofdisaster
and argued for their natural origin. He is considered the first scientist of
colonial Mexico to question the scholasticism that permeated the university and
most of society.
El
Caracol, the Chichén Itzá Mayan observatory. The Olmec, a Pre-Columbian
civilization living in the tropical lowlands of south-central Mexico, calendar
system required an advanced understanding of mathematics. The Olmec number
system was based on 20 instead of decimal and used three symbols- a dot for
one, a bar for five, and a shell-like symbol for zero. The concept of zero is
one of the Olmecs' greatest achievements. It permitted numbers to be written by
position and allowed for complex calculations. Although the invention of zero
is often attributed to the Mayans, it was originally conceived by the Olmecs.
Mayans
symbol for zero. To predict planting and harvesting times, early peoples
studied movements of the sun, stars, and planets. They used this information to
make calendars. The Aztecs created two calendars one for farming and one for
religion. The farming calendar let them know when to plant and to harvest
crops. An Aztec calendar stone dug up in Mexico City in 1790 includes
information about the months of the year and pictures the sun god at the
center.
The
Aztec Sun Stone, also called the Aztec Calendar Stone, on display at the
National Museum of Anthropology, Mexico City. After the Viceroyalty of New
Spain was founded, the Spanish brought the scientific culture that dominated
Spain to the Viceroyalty of New Spain.[3]
The
Franciscan order founded the first school of higher learning in the Americas,
the Colegio de Santa Cruz de Tlatelolco in 1536, at the site of an Aztec
school.[4]
The
municipal government (cabildo) of Mexico City formally requested the Spanish
crown to establish a university in 1539.[5] The Royal and Pontifical University
of Mexico (Real y Pontificia Universidad de México) was established in 1551.
The university was administered by the clergy and it was the official
university of the empire. It provided quality education for the people, and it
was a hub of intellectual and religious development in the region. It taught
subjects such as physics and mathematics from the perspective of Aristotelian
philosophy. Augustinian philosopher Alonso Gutiérrez in 1553 he became the
first professor of the University of Mexico. He wrote Physica speculatio,
America's first scientific text, in 1557. By the late 18th century, the
university had trained 1,162 doctors, 29,882 bachelors, and many lawyers.[3]
Educated
by the Jesuits in Mexico Carlos de Sigüenza y Góngora displayed an astonishing
proficiency in science and mathematics. During the late 17th century he won the
chair of mathematics and astronomy at the University of Mexico. Sigüenza
challenged the official doctrine that comets were divine portents ofdisaster
and argued for their natural origin. He is considered the first scientist of
colonial Mexico to question the scholasticism that permeated the university and
most of society.
Mayans
symbol for zero. To predict planting and harvesting times, early peoples
studied movements of the sun, stars, and planets. They used this information to
make calendars. The Aztecs created two calendars one for farming and one for
religion. The farming calendar let them know when to plant and to harvest
crops. An Aztec calendar stone dug up in Mexico City in 1790 includes
information about the months of the year and pictures the sun god at the
center.
The
Aztec Sun Stone, also called the Aztec Calendar Stone, on display at the
National Museum of Anthropology, Mexico City. After the Viceroyalty of New
Spain was founded, the Spanish brought the scientific culture that dominated
Spain to the Viceroyalty of New Spain.[3]
The
Franciscan order founded the first school of higher learning in the Americas,
the Colegio de Santa Cruz de Tlatelolco in 1536, at the site of an Aztec
school.[4]
The
municipal government (cabildo) of Mexico City formally requested the Spanish
crown to establish a university in 1539.[5] The Royal and Pontifical University
of Mexico (Real y Pontificia Universidad de México) was established in 1551.
The university was administered by the clergy and it was the official
university of the empire. It provided quality education for the people, and it
was a hub of intellectual and religious development in the region. It taught
subjects such as physics and mathematics from the perspective of Aristotelian
philosophy. Augustinian philosopher Alonso Gutiérrez in 1553 he became the
first professor of the University of Mexico. He wrote Physica speculatio,
America's first scientific text, in 1557. By the late 18th century, the
university had trained 1,162 doctors, 29,882 bachelors, and many lawyers.[3]
Educated
by the Jesuits in Mexico Carlos de Sigüenza y Góngora displayed an astonishing
proficiency in science and mathematics. During the late 17th century he won the
chair of mathematics and astronomy at the University of Mexico. Sigüenza
challenged the official doctrine that comets were divine portents ofdisaster
and argued for their natural origin. He is considered the first scientist of
colonial Mexico to question the scholasticism that permeated the university and
most of society.
Mayans
symbol for zero. To predict planting and harvesting times, early peoples
studied movements of the sun, stars, and planets. They used this information to
make calendars. The Aztecs created two calendars one for farming and one for
religion. The farming calendar let them know when to plant and to harvest
crops. An Aztec calendar stone dug up in Mexico City in 1790 includes
information about the months of the year and pictures the sun god at the
center.
The
Aztec Sun Stone, also called the Aztec Calendar Stone, on display at the
National Museum of Anthropology, Mexico City. After the Viceroyalty of New
Spain was founded, the Spanish brought the scientific culture that dominated
Spain to the Viceroyalty of New Spain.[3]
The
Franciscan order founded the first school of higher learning in the Americas,
the Colegio de Santa Cruz de Tlatelolco in 1536, at the site of an Aztec
school.[4]
The
municipal government (cabildo) of Mexico City formally requested the Spanish
crown to establish a university in 1539.[5] The Royal and Pontifical University
of Mexico (Real y Pontificia Universidad de México) was established in 1551.
The university was administered by the clergy and it was the official
university of the empire. It provided quality education for the people, and it
was a hub of intellectual and religious development in the region. It taught
subjects such as physics and mathematics from the perspective of Aristotelian
philosophy. Augustinian philosopher Alonso Gutiérrez in 1553 he became the
first professor of the University of Mexico. He wrote Physica speculatio,
America's first scientific text, in 1557. By the late 18th century, the
university had trained 1,162 doctors, 29,882 bachelors, and many lawyers.[3]
Educated
by the Jesuits in Mexico Carlos de Sigüenza y Góngora displayed an astonishing
proficiency in science and mathematics. During the late 17th century he won the
chair of mathematics and astronomy at the University of Mexico. Sigüenza
challenged the official doctrine that comets were divine portents ofdisaster
and argued for their natural origin. He is considered the first scientist of
colonial Mexico to question the scholasticism that permeated the university and
most of society.
The
Aztec Sun Stone, also called the Aztec Calendar Stone, on display at the
National Museum of Anthropology, Mexico City. After the Viceroyalty of New
Spain was founded, the Spanish brought the scientific culture that dominated
Spain to the Viceroyalty of New Spain.[3]
The
Franciscan order founded the first school of higher learning in the Americas,
the Colegio de Santa Cruz de Tlatelolco in 1536, at the site of an Aztec
school.[4]
The
municipal government (cabildo) of Mexico City formally requested the Spanish
crown to establish a university in 1539.[5] The Royal and Pontifical University
of Mexico (Real y Pontificia Universidad de México) was established in 1551.
The university was administered by the clergy and it was the official
university of the empire. It provided quality education for the people, and it
was a hub of intellectual and religious development in the region. It taught
subjects such as physics and mathematics from the perspective of Aristotelian philosophy.
Augustinian philosopher Alonso Gutiérrez in 1553 he became the first professor
of the University of Mexico. He wrote Physica speculatio, America's first
scientific text, in 1557. By the late 18th century, the university had trained
1,162 doctors, 29,882 bachelors, and many lawyers.[3]
Educated
by the Jesuits in Mexico Carlos de Sigüenza y Góngora displayed an astonishing
proficiency in science and mathematics. During the late 17th century he won the
chair of mathematics and astronomy at the University of Mexico. Sigüenza
challenged the official doctrine that comets were divine portents ofdisaster
and argued for their natural origin. He is considered the first scientist of
colonial Mexico to question the scholasticism that permeated the university and
most of society.The Aztec Sun Stone, also called the Aztec Calendar Stone, on
display at the National Museum of Anthropology, Mexico City. After the
Viceroyalty of New Spain was founded, the Spanish brought the scientific
culture that dominated Spain to the Viceroyalty of New Spain.[3]
The
Franciscan order founded the first school of higher learning in the Americas,
the Colegio de Santa Cruz de Tlatelolco in 1536, at the site of an Aztec
school.[4]
The
municipal government (cabildo) of Mexico City formally requested the Spanish
crown to establish a university in 1539.[5] The Royal and Pontifical University
of Mexico (Real y Pontificia Universidad de México) was established in 1551.
The university was administered by the clergy and it was the official university
of the empire. It provided quality education for the people, and it was a hub
of intellectual and religious development in the region. It taught subjects
such as physics and mathematics from the perspective of Aristotelian
philosophy. Augustinian philosopher Alonso Gutiérrez in 1553 he became the
first professor of the University of Mexico. He wrote Physica speculatio,
America's first scientific text, in 1557. By the late 18th century, the
university had trained 1,162 doctors, 29,882 bachelors, and many lawyers.[3]
Educated
by the Jesuits in Mexico Carlos de Sigüenza y Góngora displayed an astonishing
proficiency in science and mathematics. During the late 17th century he won the
chair of mathematics and astronomy at the University of Mexico. Sigüenza challenged
the official doctrine that comets were divine portents ofdisaster and argued
for their natural origin. He is considered the first scientist of colonial
Mexico to question the scholasticism that permeated the university and most of
society.
Traduciion
El Caracol , Chichén Itzá el Observatorio
maya . Los olmecas , una civilización precolombina que viven en las tierras
bajas tropicales del centro-sur de México , sistema de calendario requiere un
conocimiento avanzado de las matemáticas. El sistema numérico olmeca se basó en
20 en lugar de decimal y utiliza tres símbolos - un punto para uno, una barra
de cinco años, y un símbolo de concha para el cero . El concepto de cero es uno
de los mayores logros de los olmecas . Permitió números para ser escrita por la
posición y permitió cálculos complejos. Aunque la invención del cero se
atribuye a menudo a los mayas, que fue concebido originalmente por los olmecas
.
Mayas símbolo para el cero . Para predecir
la siembra y cosecha , los pueblos primitivos estudiados movimientos del sol ,
las estrellas y los planetas. Ellos usaron esta información para hacer
calendarios. Los aztecas crearon dos calendarios uno para la agricultura y otro
para la religión. El calendario agrícola hacerles saber cuándo plantar y
cosechar cultivos. Una piedra del calendario azteca desenterrado en la Ciudad
de México en 1790 incluye información sobre los meses del año y fotos del dios
Sol en el centro .
La Piedra del Sol Azteca , también llamado
Calendario Azteca , en exhibición en el Museo Nacional de Antropología , Ciudad
de México . Después de que se fundó el Virreinato de la Nueva España , los
españoles trajeron la cultura científica que dominaba España al Virreinato de
la Nueva España . [ 3 ]
La orden franciscana fundó la primera
escuela de educación superior en las Américas , el Colegio de Santa Cruz de
Tlatelolco en 1536 , en el sitio de una escuela azteca. [ 4 ]
El gobierno municipal ( cabildo ) de la
Ciudad de México solicitó formalmente la corona española para establecer una
universidad en 1539. [ 5 ] La Real y Pontificia Universidad de México (Real y
Pontificia Universidad de México ) se estableció en 1551. La universidad fue
administrada por el clero y fue a la universidad oficial del imperio .
Proporcionó educación de calidad para el pueblo, y fue un polo de desarrollo
intelectual y religiosa de la región. Se enseña materias como la física y las
matemáticas desde la perspectiva de la filosofía aristotélica. Filósofo Agustín
Alonso Gutiérrez en 1553 se convirtió en el primer profesor de la Universidad
de México . Escribió Physica speculatio , primer texto científico de Estados
Unidos, en 1557 . A finales del siglo 18 , la universidad había entrenado 1.162
médicos, 29.882 licenciados , y muchos abogados. [ 3 ]
Educado por los jesuitas en México Carlos
de Sigüenza y Góngora aparece un dominio asombroso de la ciencia y las
matemáticas. Durante el siglo 17 que ganó la cátedra de matemáticas y
astronomía en la Universidad de México . Sigüenza desafió la doctrina oficial
de que los cometas eran portentos divinos ofdisaster y abogó por su origen
natural. Se le considera el primer científico del México colonial a cuestionar
la escolástica que impregnaba la universidad y la mayoría de la sociedad.
El Caracol , Chichén Itzá el Observatorio
maya . Los olmecas , una civilización precolombina que viven en las tierras
bajas tropicales del centro-sur de México , sistema de calendario requiere un
conocimiento avanzado de las matemáticas. El sistema numérico olmeca se basó en
20 en lugar de decimal y utiliza tres símbolos - un punto para uno, una barra
de cinco años, y un símbolo de concha para el cero . El concepto de cero es uno
de los mayores logros de los olmecas . Permitió números para ser escrita por la
posición y permitió cálculos complejos. Aunque la invención del cero se
atribuye a menudo a los mayas, que fue concebido originalmente por los olmecas
.
Mayas símbolo para el cero . Para predecir
la siembra y cosecha , los pueblos primitivos estudiados movimientos del sol ,
las estrellas y los planetas. Ellos usaron esta información para hacer
calendarios. Los aztecas crearon dos calendarios uno para la agricultura y otro
para la religión. El calendario agrícola hacerles saber cuándo plantar y
cosechar cultivos. Una piedra del calendario azteca desenterrado en la Ciudad
de México en 1790 incluye información sobre los meses del año y fotos del dios
Sol en el centro .
La Piedra del Sol Azteca , también llamado
Calendario Azteca , en exhibición en el Museo Nacional de Antropología , Ciudad
de México . Después de que se fundó el Virreinato de la Nueva España , los
españoles trajeron la cultura científica que dominaba España al Virreinato de
la Nueva España . [ 3 ]
La orden franciscana fundó la primera
escuela de educación superior en las Américas , el Colegio de Santa Cruz de
Tlatelolco en 1536 , en el sitio de una escuela azteca. [ 4 ]
El gobierno municipal ( cabildo ) de la
Ciudad de México solicitó formalmente la corona española para establecer una
universidad en 1539. [ 5 ] La Real y Pontificia Universidad de México (Real y
Pontificia Universidad de México ) se estableció en 1551. La universidad fue
administrada por el clero y fue a la universidad oficial del imperio .
Proporcionó educación de calidad para el pueblo, y fue un polo de desarrollo
intelectual y religiosa de la región. Se enseña materias como la física y las
matemáticas desde la perspectiva de la filosofía aristotélica. Filósofo Agustín
Alonso Gutiérrez en 1553 se convirtió en el primer profesor de la Universidad
de México . Escribió Physica speculatio , primer texto científico de Estados
Unidos, en 1557 . A finales del siglo 18 , la universidad había entrenado 1.162
médicos, 29.882 licenciados , y muchos abogados. [ 3 ]
Educado por los jesuitas en México Carlos
de Sigüenza y Góngora aparece un dominio asombroso de la ciencia y las
matemáticas. Durante el siglo 17 que ganó la cátedra de matemáticas y
astronomía en la Universidad de México . Sigüenza desafió la doctrina oficial
de que los cometas eran portentos divinos ofdisaster y abogó por su origen
natural. Se le considera el primer científico del México colonial a cuestionar
la escolástica que impregnaba la universidad y la mayoría de la sociedad.
El Caracol , Chichén Itzá el Observatorio
maya . Los olmecas , una civilización precolombina que viven en las tierras
bajas tropicales del centro-sur de México , sistema de calendario requiere un
conocimiento avanzado de las matemáticas. El sistema numérico olmeca se basó en
20 en lugar de decimal y utiliza tres símbolos - un punto para uno, una barra
de cinco años, y un símbolo de concha para el cero . El concepto de cero es uno
de los mayores logros de los olmecas . Permitió números para ser escrita por la
posición y permitió cálculos complejos. Aunque la invención del cero se
atribuye a menudo a los mayas, que fue concebido originalmente por los olmecas
.
Mayas símbolo para el cero . Para predecir
la siembra y cosecha , los pueblos primitivos estudiados movimientos del sol ,
las estrellas y los planetas. Ellos usaron esta información para hacer
calendarios. Los aztecas crearon dos calendarios uno para la agricultura y otro
para la religión. El calendario agrícola hacerles saber cuándo plantar y cosechar
cultivos. Una piedra del calendario azteca desenterrado en la Ciudad de México
en 1790 incluye información sobre los meses del año y fotos del dios Sol en el
centro .
La Piedra del Sol Azteca , también llamado
Calendario Azteca , en exhibición en el Museo Nacional de Antropología , Ciudad
de México . Después de que se fundó el Virreinato de la Nueva España , los
españoles trajeron la cultura científica que dominaba España al Virreinato de
la Nueva España . [ 3 ]
La orden franciscana fundó la primera
escuela de educación superior en las Américas , el Colegio de Santa Cruz de
Tlatelolco en 1536 , en el sitio de una escuela azteca. [ 4 ]
El gobierno municipal ( cabildo ) de la
Ciudad de México solicitó formalmente la corona española para establecer una universidad
en 1539. [ 5 ] La Real y Pontificia Universidad de México (Real y Pontificia
Universidad de México ) se estableció en 1551. La universidad fue administrada
por el clero y fue a la universidad oficial del imperio . Proporcionó educación
de calidad para el pueblo, y fue un polo de desarrollo intelectual y religiosa
de la región. Se enseña materias como la física y las matemáticas desde la
perspectiva de la filosofía aristotélica. Filósofo Agustín Alonso Gutiérrez en
1553 se convirtió en el primer profesor de la Universidad de México . Escribió
Physica speculatio , primer texto científico de Estados Unidos, en 1557 . A
finales del siglo 18 , la universidad había entrenado 1.162 médicos, 29.882
licenciados , y muchos abogados. [ 3 ]
Educado por los jesuitas en México Carlos
de Sigüenza y Góngora aparece un dominio asombroso de la ciencia y las
matemáticas. Durante el siglo 17 que ganó la cátedra de matemáticas y
astronomía en la Universidad de México . Sigüenza desafió la doctrina oficial
de que los cometas eran portentos divinos ofdisaster y abogó por su origen
natural. Se le considera el primer científico del México colonial a cuestionar
la escolástica que impregnaba la universidad y la mayoría de la sociedad.
Mayas símbolo para el cero . Para predecir
la siembra y cosecha , los pueblos primitivos estudiados movimientos del sol ,
las estrellas y los planetas. Ellos usaron esta información para hacer
calendarios. Los aztecas crearon dos calendarios uno para la agricultura y otro
para la religión. El calendario agrícola hacerles saber cuándo plantar y
cosechar cultivos. Una piedra del calendario azteca desenterrado en la Ciudad
de México en 1790 incluye información sobre los meses del año y fotos del dios
Sol en el centro .
La Piedra del Sol Azteca , también llamado
Calendario Azteca , en exhibición en el Museo Nacional de Antropología , Ciudad
de México . Después de que se fundó el Virreinato de la Nueva España , los
españoles trajeron la cultura científica que dominaba España al Virreinato de
la Nueva España . [ 3 ]
La orden franciscana fundó la primera
escuela de educación superior en las Américas , el Colegio de Santa Cruz de
Tlatelolco en 1536 , en el sitio de una escuela azteca. [ 4 ]
El gobierno municipal ( cabildo ) de la
Ciudad de México solicitó formalmente la corona española para establecer una
universidad en 1539. [ 5 ] La Real y Pontificia Universidad de México (Real y
Pontificia Universidad de México ) se estableció en 1551. La universidad fue
administrada por el clero y fue a la universidad oficial del imperio .
Proporcionó educación de calidad para el pueblo, y fue un polo de desarrollo
intelectual y religiosa de la región. Se enseña materias como la física y las
matemáticas desde la perspectiva de la filosofía aristotélica. Filósofo Agustín
Alonso Gutiérrez en 1553 se convirtió en el primer profesor de la Universidad
de México . Escribió Physica speculatio , primer texto científico de Estados
Unidos, en 1557 . A finales del siglo 18 , la universidad había entrenado 1.162
médicos, 29.882 licenciados , y muchos abogados. [ 3 ]
Educado por los jesuitas en México Carlos
de Sigüenza y Góngora aparece un dominio asombroso de la ciencia y las
matemáticas. Durante el siglo 17 que ganó la cátedra de matemáticas y astronomía
en la Universidad de México . Sigüenza desafió la doctrina oficial de que los
cometas eran portentos divinos ofdisaster y abogó por su origen natural. Se le
considera el primer científico del México colonial a cuestionar la escolástica
que impregnaba la universidad y la mayoría de la sociedad.
Mayas símbolo para el cero . Para predecir
la siembra y cosecha , los pueblos primitivos estudiados movimientos del sol ,
las estrellas y los planetas. Ellos usaron esta información para hacer
calendarios. Los aztecas crearon dos calendarios uno para la agricultura y otro
para la religión. El calendario agrícola hacerles saber cuándo plantar y
cosechar cultivos. Una piedra del calendario azteca desenterrado en la Ciudad
de México en 1790 incluye información sobre los meses del año y fotos del dios
Sol en el centro .
La Piedra del Sol Azteca , también llamado
Calendario Azteca , en exhibición en el Museo Nacional de Antropología , Ciudad
de México . Después de que se fundó el Virreinato de la Nueva España , los
españoles trajeron la cultura científica que dominaba España al Virreinato de
la Nueva España . [ 3 ]
La orden franciscana fundó la primera
escuela de educación superior en las Américas , el Colegio de Santa Cruz de
Tlatelolco en 1536 , en el sitio de una escuela azteca. [ 4 ]
El gobierno municipal ( cabildo ) de la
Ciudad de México solicitó formalmente la corona española para establecer una
universidad en 1539. [ 5 ] La Real y Pontificia Universidad de México (Real y
Pontificia Universidad de México ) se estableció en 1551. La universidad fue
administrada por el clero y fue a la universidad oficial del imperio .
Proporcionó educación de calidad para el pueblo, y fue un polo de desarrollo
intelectual y religiosa de la región. Se enseña materias como la física y las
matemáticas desde la perspectiva de la filosofía aristotélica. Filósofo Agustín
Alonso Gutiérrez en 1553 se convirtió en el primer profesor de la Universidad
de México . Escribió Physica speculatio , primer texto científico de Estados
Unidos, en 1557 . A finales del siglo 18 , la universidad había entrenado 1.162
médicos, 29.882 licenciados , y muchos abogados. [ 3 ]
Educado por los jesuitas en México Carlos
de Sigüenza y Góngora aparece un dominio asombroso de la ciencia y las
matemáticas. Durante el siglo 17 que ganó la cátedra de matemáticas y
astronomía en la Universidad de México . Sigüenza desafió la doctrina oficial
de que los cometas eran portentos divinos ofdisaster y abogó por su origen
natural. Se le considera el primer científico del México colonial a cuestionar
la escolástica que impregnaba la universidad y la mayoría de la sociedad.
La Piedra del Sol Azteca , también llamado
Calendario Azteca , en exhibición en el Museo Nacional de Antropología , Ciudad
de México . Después de que se fundó el Virreinato de la Nueva España , los
españoles trajeron la cultura científica que dominaba España al Virreinato de
la Nueva España . [ 3 ]
La orden franciscana fundó la primera
escuela de educación superior en las Américas , el Colegio de Santa Cruz de
Tlatelolco en 1536 , en el sitio de una escuela azteca. [ 4 ]
El gobierno municipal ( cabildo ) de la
Ciudad de México solicitó formalmente la corona española para establecer una
universidad en 1539. [ 5 ] La Real y Pontificia Universidad de México (Real y
Pontificia Universidad de México ) se estableció en 1551. La universidad fue
administrada por el clero y fue a la universidad oficial del imperio .
Proporcionó educación de calidad para el pueblo, y fue un polo de desarrollo
intelectual y religiosa de la región. Se enseña materias como la física y las
matemáticas desde la perspectiva de la filosofía aristotélica. Filósofo Agustín
Alonso Gutiérrez en 1553 se convirtió en el primer profesor de la Universidad
de México . Escribió Physica speculatio , primer texto científico de Estados
Unidos, en 1557 . A finales del siglo 18 , la universidad había entrenado 1.162
médicos, 29.882 licenciados , y muchos abogados. [ 3 ]
Educado por los jesuitas en México Carlos
de Sigüenza y Góngora aparece un dominio asombroso de la ciencia y las
matemáticas. Durante el siglo 17 que ganó la cátedra de matemáticas y
astronomía en la Universidad de México . Sigüenza desafió la doctrina oficial
de que los cometas eran portentos divinos ofdisaster y abogó por su origen
natural. Se le considera el primer científico del México colonial a cuestionar
la escolástica que impregnaba la universidad y la mayoría de social.Este Aztec
Sun Stone, también llamado Calendario Azteca , en exhibición en el Museo
Nacional de Antropología , Ciudad de México . Después de que se fundó el
Virreinato de la Nueva España , los españoles trajeron la cultura científica
que dominaba España al Virreinato de la Nueva España . [ 3 ]
La orden franciscana fundó la primera
escuela de educación superior en las Américas , el Colegio de Santa Cruz de
Tlatelolco en 1536 , en el sitio de una escuela azteca. [ 4 ]
El gobierno municipal ( cabildo ) de la
Ciudad de México solicitó formalmente la crthheghegorona española para establecer una
universidad en 1539. [ 5 ] La Real y Pontificia Universidad de México (Real y
Pontificia Universidad de México ) se estableció en 1551. La universidad fue
administrada por el clero y fue a la universidad oficial del imperio .
Proporcionó educación de calidad para el pueblo, y fue un polo de desarrollo
intelectual y religiosa de la región. Se enseña materias como la física y las
matemáticas desde la perspectiva de la filosofía aristotélica. Filósofo Agustín
Alonso Gutiérrez en 1553 se convirtió en el primer profesor de la Universidad
de México . Escribió Physica speculatio , primer texto científico de Estados
Unidos, en 1557 . A finales del siglo 18 , la universidad había entrenado 1.162
médicos, 29.882 licenciados , y muchos abogados. [ 3 ]
Educado por los jesuitas en México Carlos
de Sigüenza y Góngora aparece un dominio asombroso de la ciencia y las
matemáticas. Durante el siglo 17 que ganó la cátedra de matemáticas y
astronomía en la Universidad de México . Sigüenza desafió la doctrina oficial
de que los cometas eran portentos divinos ofdisaster y abogó por su origen
natural. Se le considera el primer científico del México colonial a cuestionar
la escolástica que impregnaba la universidad y la mayoría de la sociedad.