REVIEW 11-20

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Motion concepts through history

Créé par

MONTEFALCON, Lady Cheyenne D.

Philippines

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#	Jeux	Précision	temps
1	Timajo, Jaymie 4 Mars 2026	% 100	01:15
2	QUITOMO, JASMINE 4 Mars 2026	% 100	01:18
3	zanjoe 4 Mars 2026	% 100	09:02
4	Magno, Jaycel 4 Mars 2026	% 90	01:09
5	latorre Baldovino Garcia Octavio 3 Mars 2026	% 90	04:25
6	Delda,Balubayan,Ducay, Constantino 2 Mars 2026	% 80	01:14
7	Lanaja 4 Mars 2026	% 80	02:31
8	Makiling,Galay, Flores 3 Mars 2026	% 70	03:12
9	Bernardino 2 Mars 2026	% 70	03:44
10	Ragudos, Magnaye, Estorninos, Dacut 2 Mars 2026	% 50	04:03

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REVIEW 11-20


REVIEW 11-20Version en ligne Motion concepts through history par MONTEFALCON, Lady Cheyenne D. 1 11. How did Tycho Brahe contribute to Kepler's discovery of planetary laws? a D. Brahe developed the mathematical formula T^2 ∝ a^3. b B. Brahe collected precise and long-term observational data. c A. Brahe invented the telescope for Kepler’s use. d C. Brahe proved planets move in perfect circles. 2 12. Why was Tycho Brahe essential to Kepler’s laws? a C. Brahe mathematically proved elliptical orbits. b D. Brahe rejected all earlier models of the universe. c A. Without Brahe’s accurate observations, Kepler would not have reliable data to analyze. d B. Brahe fully discovered the three laws before Kepler. 3 13. According to Aristotle, how did he describe vertical motion? a A. Heavier objects fall faster than lighter ones. b D. Objects fall only when pushed downward. c B. All objects fall at the same rate. d C. Falling objects move in a parabolic path. 4 14. Why did Galileo conclude objects fall at the same rate (ignoring air)? a B. Because falling speed depends on the medium. b D. Because experiments showed constant acceleration for all falling objects. c A. Because heavier objects have stronger gravity. d C. Because rest is the natural state of objects. 5 15. How did Galileo’s view of horizontal motion differ from Aristotle’s? a A. Aristotle believed motion continues without force, while Galileo believed it stops naturally. b C. Aristotle believed gravity causes horizontal motion, while Galileo denied gravity. c B. Aristotle believed continuous force is needed to maintain motion, while Galileo proposed inertia. d D. Aristotle used experiments, while Galileo relied only on observation. 6 16. Why did Galileo’s ideas replace Aristotle’s? a C. Galileo used systematic experiments and mathematical analysis to test motion. b A. Galileo’s ideas were based only on philosophy. c D. Aristotle rejected observation completely. d B. Aristotle used mathematical formulas to prove motion. 7 17. What did Galileo observe about objects falling in a vacuum? a A. All objects fall at the same rate regardless of mass b C. Lighter objects fall faster than heavier ones c B. Heavier objects fall faster than lighter ones d D. Falling speed depends on the object’s shape 8 18. Why use an inclined plane in Galileo’s studies? a B. To prove that heavier objects roll faster b D. To demonstrate that air resistance accelerates objects c C. To show that motion requires a continuous force d A. To slow the motion so acceleration could be observed clearly 9 19. Two objects of different masses drop together in a vacuum. What then? a A. The heavier object will fall first b B. Both fall at the same rate, showing mass does not affect free fall c C. The lighter object will fall first d D. The objects will fall at random speeds 10 20. How can you show horizontal motion continues without force? a B. Roll a ball across a smooth, frictionless surface and observe it continuing to move b D. Throw a ball upward and measure how long it stays in the air c A. Roll a ball across a smooth table and observe it slowing down d C. Drop a ball from a height and watch it fall straight down Feedback 1 Brahe’s detailed data enabled Kepler to formulate his laws. 2 Kepler relied on Brahe’s high-quality observations. 3 Aristotle favored a nature-based, heavier=faster view. 4 Galileo’s experiments demonstrated uniform acceleration. 5 Galileo introduced idea of inertia vs Aristotle’s push-based view. 6 Empirical testing favored Galileo’s approach. 7 In vacuum, mass does not affect fall rate. 8 The plane makes acceleration measurable over time. 9 In vacuum, free fall is mass-independent. 10 Frictionless surfaces illustrate inertia in motion.

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REVIEW 11-20

Test

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

Top Jeux

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REVIEW 11-20Version en ligne

par MONTEFALCON, Lady Cheyenne D.

11. How did Tycho Brahe contribute to Kepler's discovery of planetary laws?

12. Why was Tycho Brahe essential to Kepler’s laws?

13. According to Aristotle, how did he describe vertical motion?

14. Why did Galileo conclude objects fall at the same rate (ignoring air)?

15. How did Galileo’s view of horizontal motion differ from Aristotle’s?

16. Why did Galileo’s ideas replace Aristotle’s?

17. What did Galileo observe about objects falling in a vacuum?

18. Why use an inclined plane in Galileo’s studies?

19. Two objects of different masses drop together in a vacuum. What then?

20. How can you show horizontal motion continues without force?

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