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How did our view of the universe evolve
during the Scientific Revolution?
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IS
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Birth of the
Scientific
Revolution
Astronomy
Physics
Inventions
Scientific
Method
Potpourri
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What was the Scientific
Revolution?
A 100
It was an era when a series of
birth led to the birth of
modern science.
A 100
During what time did the
Scientific Revolution occur?
A 200
It began in roughly 1543 and
ended in the 1700s.
A 200
How did ancient Greeks
influence the scientific
revolution?
A 300
Scientists looked towards the
theories of Greek rationalists
and continued to use logic to
explain the world around
them.
A 300
What role did Muslims play
in the Scientific Revolution?
A 400
Their translation of ancient
Greek writings preserved
ancient knowledge.
A 400
Whose book was thought to
have marked the beginning of
the Scientific Revolution?
A 500
Nicolaus Copernicus.
A 500
What is the difference
between heliocentric and
geocentric?
B 100
Heliocentric models of the
universe place the sun in the
middle of the solar system
with planets orbiting around
it. Geocentric models show
the earth as the unmoving
center of the solar system.
B 100
According to Kepler, planets
move in this kind of orbit.
B 200
elliptical
B 200
Why was Galileo Galielei
known as the father of
experimental science?
B 300
He was the first person to
frequently use experiments to
test his theories.
B 300
Make an inference: why
didn’t Copernicus want to
publish his book?
B 400
He was concerned about the
Church's reaction and facing
religious persecution.
B 400
Contrast Brahe and Kepler’s
models of the solar system.
B 500
Brahe
Kepler
Believed the earth
did not move.
Believed the earth
rotated around the
sun.
Combination of Geo Heliocentric model.
and Heliocentric
models.
Discovered elliptical
orbits.
Studied the orbit of
Mars.
Used data about
Mars’ orbit to prove
elliptical orbits.
B 500
He discovered that light was
made up of a spectrum of
color.
C 100
Sir Isaac Newton
C 100
Why were Newton’s laws
important to modern science?
C 200
His laws explained how the
physical world works.
C 200
Newton explained why
objects fall by writing his
laws on…
C 300
Gravity
C 300
DAILY
Place A Wager
DOUBLE
C 400
Finish this phrase, “objects in
motion will remain in motion,
objects at rest will…”
C 400
“…at rest will remain at rest
until an unbalanced force acts
upon it.”
C 400
Newton’s publication of
this book marked the high
point of the Scientific
Revolution…
C 500
The Principia Mathematica.
C 500
This device measures
temperature.
D 100
Thermometer?
D 100
This was originally a toy until
once scientist flipped and curved
the lenses improving function up
to 20 times.
D 200
Telescope
D 200
Dutch scientist Antoni Van
Leeuwehoek first used this
invention.
D 300
Microscope
D 300
Invented by Galileo’s friend
in 1643, it measures pressure
D 400
barometer
D 400
How did Newton improve the
telescope?
D 500
He created a refracting
telescope that could more
accurately show color.
D 500
This is the bases of the
scientific method…
E 100
Experiment and observation
E 100
The solution that a scientist tries to
solve is a….
E 200
hypothesis
E 200
Newton’s theories were
proved so many times that
they are now referred to as…
E 300
laws
E 300
Rene Descartes argues that
knowledge begins with…
E 400
Doubt
E 400
The work of these two
scholars was combined to
create the scientific method.
E 500
Bacon and Descartes.
E 500
How did alchemy help bring
about the Scientific
Revolution?
F 100
Alchemists proved the
experimentation could help us
learn about the world.
F 100
Why did the Church and
science come into conflict?
F 200
Science often contradicted
Church teachings and
weakened Church power.
F 200
What did Galileo have to
admit be avoid being
executed by the Inquisition?
F 300
He had to admit that the
heliocentric model of the
solar system was wrong.
F 300
Who was the English
philosopher that said science
should be pursued
systematically?
F 400
Francis Bacon
F 400
Explain the advancement of
theories about the universe.
F 500
Geocentric models (Greek),
heliocentric model with
circular orbits (Copernicus’),
observation proving
heliocentric model (Galileo),
elliptical orbits (Kepler)
F 500