10. The study of the motion of objects and the forces that cause motion is known as: A. Thermodynamics Electromagnetism B. C. Mechanics D. Optics 11. Who first proposed the concept of an "inertial frame of reference"? A. Albert Einstein B. Isaac Newton C. Galileo Galilei D. Johannes Kepler 12. Which scientist is credited with formulating the laws of planetary motion? A. Galileo Galilei B. Johannes Kepler C. Isaac Newton D. Nicolaus Copernicus

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10. The study of the motion of objects and the forces that cause motion is known as:
A. Thermodynamics
B.
Electromagnetism
C. Mechanics
D. Optics
11. Who first proposed the concept of an "inertial frame of reference"?
A. Albert Einstein
B. Isaac Newton
C. Galileo Galilei
D. Johannes Kepler
12. Which scientist is credited with formulating the laws of planetary motion?
A. Galileo Galilei
B. Johannes Kepler
C. Isaac Newton
D. Nicolaus Copernicus
13. The branch of physics that deals with the behavior of atomic and subatomic particles is
called:
A. Thermodynamics
B. Quantum mechanics
C. Classical mechanics
D. Electromagnetism
14. Who is credited with the discovery of the electron?
A. J.J. Thomson
B. Ernest Rutherford
C. Marie Curie
D. Max Planck
Transcribed Image Text:10. The study of the motion of objects and the forces that cause motion is known as: A. Thermodynamics B. Electromagnetism C. Mechanics D. Optics 11. Who first proposed the concept of an "inertial frame of reference"? A. Albert Einstein B. Isaac Newton C. Galileo Galilei D. Johannes Kepler 12. Which scientist is credited with formulating the laws of planetary motion? A. Galileo Galilei B. Johannes Kepler C. Isaac Newton D. Nicolaus Copernicus 13. The branch of physics that deals with the behavior of atomic and subatomic particles is called: A. Thermodynamics B. Quantum mechanics C. Classical mechanics D. Electromagnetism 14. Who is credited with the discovery of the electron? A. J.J. Thomson B. Ernest Rutherford C. Marie Curie D. Max Planck
4. According to the special theory of relativity, which of the following is not conserved?
A. Energy
B. Momentum
C. Mass
D. Charge
5. Who is known as the "Father of Modern Physics"?
A. Isaac Newton
B. Albert Einstein
C. Galileo Galilei
D. Werner Heisenberg
6. Which of the following is an example of a non-inertial frame of reference?
A. A car moving with constant velocity
B. An airplane in steady flight
C. An accelerating car
D. A train moving at constant speed
7. The principle of Galilean relativity states that:
A. The speed of light is constant in all inertial frames of reference
B. The laws of physics are the same for all observers in uniform motion
C. Gravity is an attractive force between masses
D. Energy and mass are interchangeable
8. In which year was Isaac Newton's Principia Mathematica published?
INSTRUCTION: Select the best answer for each question and provide the solution if required.
A. 1564
B. 1687
C. 1705
D. 1748
9. The Michelson-Morley experiment was crucial in the development of which theory?
A. Quantum mechanics
B. General relativity
C. Special relativity
D. Electromagnetism
Transcribed Image Text:4. According to the special theory of relativity, which of the following is not conserved? A. Energy B. Momentum C. Mass D. Charge 5. Who is known as the "Father of Modern Physics"? A. Isaac Newton B. Albert Einstein C. Galileo Galilei D. Werner Heisenberg 6. Which of the following is an example of a non-inertial frame of reference? A. A car moving with constant velocity B. An airplane in steady flight C. An accelerating car D. A train moving at constant speed 7. The principle of Galilean relativity states that: A. The speed of light is constant in all inertial frames of reference B. The laws of physics are the same for all observers in uniform motion C. Gravity is an attractive force between masses D. Energy and mass are interchangeable 8. In which year was Isaac Newton's Principia Mathematica published? INSTRUCTION: Select the best answer for each question and provide the solution if required. A. 1564 B. 1687 C. 1705 D. 1748 9. The Michelson-Morley experiment was crucial in the development of which theory? A. Quantum mechanics B. General relativity C. Special relativity D. Electromagnetism
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