AP EURO UNIT 4 EXAMINATION TEST BANK
2026 VIEW AHEAD EXAM COMPLETE
QUESTIONS AND ANSWERS
◍ Aristotelian World View. Ans: view on the universe that states the
universe is infinite, spherical, and eternal. It reasoned that the earth
had to be the center of the universe because of its heaviness
◍ Ptolemaic System. Ans: made mathematical calculations relating
to astronomy. This system was a standard explanation of the place of
the earth in the heavens combined with the mathematical astronomy
of Ptolemy and the physical cosmology of Aristotle. It reasoned that
the earth had to be the center of the universe because of its heaviness
and gave rise to many problems, specifically the observed motions of
the planets.
◍ Geocentric Theory. Ans: theory that the universe revolves around
the earth
◍ heliocentric theory. Ans: theory that the universe revolves around
the sun
◍ empiricism. Ans: formally introduced by Francis Bacon, it was the
introduction of experiment into science and stated that knowledge can
only derive from experience
,◍ inductive reasoning. Ans: idea of Francis Bacon that one may
develop a theory or conclusion after several empirical observations
◍ deductive reasoning. Ans: introduced formally by Descartes, it is
process in which assumptions or hypotheses are made on the basis of
general principles. Unlike inductive reason, it moves broad to
specific.
◍ rationalism. Ans: the belief that theories and knowledge should be
based on reasoning and no only on emotional or spiritual beliefs
◍ Nicolaus Copernicus. Ans: polish priest adn astronomer who
rejected an earth-centered universe. He provided an intellectual
springboard for the complete criticism of the then-dominant view of
the position of the earth in the universe. He undertook the task to help
the papacy reform the calender.
◍ On the Revolutions of the Heavenly Spheres. Ans: written by
Nicolaus Copernicus in 1543, it was a revolution-making, rather than
revolutionary, text that directly contradicted the well-established
theory of a geocentric universe.
◍ Tycho Brahe. Ans: took the next major step towards the
conception of a suncentered system. He didn't embrace Copernicus'
view of teh universe and actually spent most of his life trying to prove
an earth-centered system. In pursuit of his own theory, he constructed
scientific instruments with which he made more extensive naked eye
observations of the planets than ever before.
, ◍ Johannes Kepler. Ans: assistant to Tycho Brahe who, after his
death, took possession of Brahe's tables of astronomical data and used
them to find in the numbers mathematical harmonies that would
support a sun-centered universe. Based on the mathematical
relationships that emerged, Kepler set for the first astronomical model
that actually portrayed motion and defined a new problem: none of
the available theories could explain why planetary orbits were
elliptical and why planetary motion was orbital at all rather than
simply moving off along a tangent.
◍ the new astronomy. Ans: used Copernicus' sun-centered universe
and Brahe's empirical data to solve the problem of planetary motion
◍ Galileo Galilei. Ans: popularized the Copernican system, and also
articulated the concept of a universe subject to mathematical laws
◍ Dialogue on Two Chief Systems of the World. Ans: published in
1632 by Galileo, this work proving the heliocentric theory brought
him before the Roman Inquisition. While he was devout in his
religious faith, he contended that the Bible was not a reliable authority
on scientific matters. The Church would tolerate the heliocentric
theory as long as it was just an hypothesis, but Galileo's work proved
it. This publication was placed on the Index of Prohibited Books.
Galileo was forced to recant in a public hearing but is said to have
muttered, referring to the earth, "And yet it does move," as he walked
away.
2026 VIEW AHEAD EXAM COMPLETE
QUESTIONS AND ANSWERS
◍ Aristotelian World View. Ans: view on the universe that states the
universe is infinite, spherical, and eternal. It reasoned that the earth
had to be the center of the universe because of its heaviness
◍ Ptolemaic System. Ans: made mathematical calculations relating
to astronomy. This system was a standard explanation of the place of
the earth in the heavens combined with the mathematical astronomy
of Ptolemy and the physical cosmology of Aristotle. It reasoned that
the earth had to be the center of the universe because of its heaviness
and gave rise to many problems, specifically the observed motions of
the planets.
◍ Geocentric Theory. Ans: theory that the universe revolves around
the earth
◍ heliocentric theory. Ans: theory that the universe revolves around
the sun
◍ empiricism. Ans: formally introduced by Francis Bacon, it was the
introduction of experiment into science and stated that knowledge can
only derive from experience
,◍ inductive reasoning. Ans: idea of Francis Bacon that one may
develop a theory or conclusion after several empirical observations
◍ deductive reasoning. Ans: introduced formally by Descartes, it is
process in which assumptions or hypotheses are made on the basis of
general principles. Unlike inductive reason, it moves broad to
specific.
◍ rationalism. Ans: the belief that theories and knowledge should be
based on reasoning and no only on emotional or spiritual beliefs
◍ Nicolaus Copernicus. Ans: polish priest adn astronomer who
rejected an earth-centered universe. He provided an intellectual
springboard for the complete criticism of the then-dominant view of
the position of the earth in the universe. He undertook the task to help
the papacy reform the calender.
◍ On the Revolutions of the Heavenly Spheres. Ans: written by
Nicolaus Copernicus in 1543, it was a revolution-making, rather than
revolutionary, text that directly contradicted the well-established
theory of a geocentric universe.
◍ Tycho Brahe. Ans: took the next major step towards the
conception of a suncentered system. He didn't embrace Copernicus'
view of teh universe and actually spent most of his life trying to prove
an earth-centered system. In pursuit of his own theory, he constructed
scientific instruments with which he made more extensive naked eye
observations of the planets than ever before.
, ◍ Johannes Kepler. Ans: assistant to Tycho Brahe who, after his
death, took possession of Brahe's tables of astronomical data and used
them to find in the numbers mathematical harmonies that would
support a sun-centered universe. Based on the mathematical
relationships that emerged, Kepler set for the first astronomical model
that actually portrayed motion and defined a new problem: none of
the available theories could explain why planetary orbits were
elliptical and why planetary motion was orbital at all rather than
simply moving off along a tangent.
◍ the new astronomy. Ans: used Copernicus' sun-centered universe
and Brahe's empirical data to solve the problem of planetary motion
◍ Galileo Galilei. Ans: popularized the Copernican system, and also
articulated the concept of a universe subject to mathematical laws
◍ Dialogue on Two Chief Systems of the World. Ans: published in
1632 by Galileo, this work proving the heliocentric theory brought
him before the Roman Inquisition. While he was devout in his
religious faith, he contended that the Bible was not a reliable authority
on scientific matters. The Church would tolerate the heliocentric
theory as long as it was just an hypothesis, but Galileo's work proved
it. This publication was placed on the Index of Prohibited Books.
Galileo was forced to recant in a public hearing but is said to have
muttered, referring to the earth, "And yet it does move," as he walked
away.
