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15. What is the principle of equivalence in general relativity? A. Gravitational mass is equivalent to inertial mass B. Energy and mass are interchangeable C. Time dilation occurs in a gravitational field D. Space and time are interconnected 16. Which of the following is NOT a branch of classical physics? A. Optics B. Thermodynamics C. Quantum mechanics D. Acoustics 17. The study of the motion of fluids is called: A. Hydrodynamics B. Electromagnetism C. Geophysics D. Thermodynamics 18. In which year did Max Planck propose the quantum hypothesis? A. 1900 B. 1913 C. 1925 D. 1932 19. What is the primary difference between classical mechanics and quantum mechanics? A. Classical mechanics deals with macroscopic objects, while quantum mechanics deals with microscopic objects B. Classical mechanics describes the motion of objects, while quantum mechanics describes the motion of fluids C. Classical mechanics is deterministic, while quantum mechanics is probabilistic D. Classical mechanics relies on the concept of force, while quantum mechanics relies on the concept of energy 20. The speed of light in a vacuum is approximately: A. 3.00 x 10^8 m/s B. 1.50 x 10^8 m/s C. 9.81 x 10^8 m/s D. 6.67 x 10^8 m/s 21. Who first proposed the existence of a gravitational force between masses? A. Galileo Galilei B. Johannes Kepler C. Isaac Newton D. Nicolaus Copernicus

15. What is the principle of equivalence in general relativity? A. Gravitational mass is equivalent to inertial mass B. Energy and mass are interchangeable C. Time dilation occurs in a gravitational field D. Space and time are interconnected 16. Which of the following is NOT a branch of classical physics? A. Optics B. Thermodynamics C. Quantum mechanics D. Acoustics 17. The study of the motion of fluids is called: A. Hydrodynamics B. Electromagnetism C. Geophysics D. Thermodynamics 18. In which year did Max Planck propose the quantum hypothesis? A. 1900 B. 1913 C. 1925 D. 1932 19. What is the primary difference between classical mechanics and quantum mechanics? A. Classical mechanics deals with macroscopic objects, while quantum mechanics deals with microscopic objects B. Classical mechanics describes the motion of objects, while quantum mechanics describes the motion of fluids C. Classical mechanics is deterministic, while quantum mechanics is probabilistic D. Classical mechanics relies on the concept of force, while quantum mechanics relies on the concept of energy 20. The speed of light in a vacuum is approximately: A. 3.00 x 10^8 m/s B. 1.50 x 10^8 m/s C. 9.81 x 10^8 m/s D. 6.67 x 10^8 m/s 21. Who first proposed the existence of a gravitational force between masses? A. Galileo Galilei B. Johannes Kepler C. Isaac Newton D. Nicolaus Copernicus

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INSTRUCTION: Select the best answer for each question and provide the solution if required. 15. What is the principle of equivalence in general relativity? A. Gravitational mass is equivalent to inertial mass B. Energy and mass are interchangeable C. Time dilation occurs in a gravitational field D. Space and time are interconnected 16. Which of the following is NOT a branch of classical physics? A. Optics B. Thermodynamics C. Quantum mechanics D. Acoustics 17. The study of the motion of fluids is called: A. Hydrodynamics B. Electromagnetism C. Geophysics D. Thermodynamics 18. In which year did Max Planck propose the quantum hypothesis? A. 1900 B. 1913 C. 1925 D. 1932 19. What is the primary difference between classical mechanics and quantum mechanics? A. Classical mechanics deals with macroscopic objects, while quantum mechanics deals with microscopic objects B. Classical mechanics describes the motion of objects, while quantum mechanics describes the motion of fluids C. Classical mechanics is deterministic, while quantum mechanics is probabilistic D. Classical mechanics relies on the concept of force, while quantum mechanics relies on the concept of energy 20. The speed of light in a vacuum is approximately: A. 3.00 x 10^8 m/s B. 1.50 x 10^8 m/s C. 9.81 x 10^8 m/s D. 6.67 x 10^8 m/s 21. Who first proposed the existence of a gravitational force between masses? A. Galileo Galilei B. Johannes Kepler C. Isaac Newton D. Nicolaus Copernicus
Transcribed Image Text:INSTRUCTION: Select the best answer for each question and provide the solution if required. 15. What is the principle of equivalence in general relativity? A. Gravitational mass is equivalent to inertial mass B. Energy and mass are interchangeable C. Time dilation occurs in a gravitational field D. Space and time are interconnected 16. Which of the following is NOT a branch of classical physics? A. Optics B. Thermodynamics C. Quantum mechanics D. Acoustics 17. The study of the motion of fluids is called: A. Hydrodynamics B. Electromagnetism C. Geophysics D. Thermodynamics 18. In which year did Max Planck propose the quantum hypothesis? A. 1900 B. 1913 C. 1925 D. 1932 19. What is the primary difference between classical mechanics and quantum mechanics? A. Classical mechanics deals with macroscopic objects, while quantum mechanics deals with microscopic objects B. Classical mechanics describes the motion of objects, while quantum mechanics describes the motion of fluids C. Classical mechanics is deterministic, while quantum mechanics is probabilistic D. Classical mechanics relies on the concept of force, while quantum mechanics relies on the concept of energy 20. The speed of light in a vacuum is approximately: A. 3.00 x 10^8 m/s B. 1.50 x 10^8 m/s C. 9.81 x 10^8 m/s D. 6.67 x 10^8 m/s 21. Who first proposed the existence of a gravitational force between masses? A. Galileo Galilei B. Johannes Kepler C. Isaac Newton D. Nicolaus Copernicus
INSTRUCTION: Select the best answer for each question and provide the solution if required. D. Nicolaus Copernicus 22. Which of the following is NOT a fundamental force of nature? A. Gravitational force B. Electromagnetic force C. Weak nuclear force D. Centrifugal force 23. The phenomenon by which a particle's position and momentum cannot be measured simultaneously with arbitrary precision is known as: A. The wave-particle duality B. The Heisenberg uncertainty principle C. The Pauli exclusion principle D. The Compton effect 24. Who is credited with the development of the theory of electromagnetism? A. Michael Faraday B. James Clerk Maxwell C. Isaac Newton D. Albert Einstein 25. The principle stating that energy can neither be created nor destroyed, but only converted from one form to another, is known as: A. Conservation of momentum B. Conservation of mass C. Conservation of energy D. Conservation of charge 26. Who first described the phenomenon of radioactive decay? A. Marie Curie B. Ernest Rutherford C. Henri Becquerel D. Albert Einstein 27. In which year did Albert Einstein publish his special theory of relativity? A. 1905 B. 1915 C. 1921 D. 1933 28. The study of the properties and behavior of light is called: A. Optics B. Acoustics C. Thermodynamics D. Geophysics
Transcribed Image Text:INSTRUCTION: Select the best answer for each question and provide the solution if required. D. Nicolaus Copernicus 22. Which of the following is NOT a fundamental force of nature? A. Gravitational force B. Electromagnetic force C. Weak nuclear force D. Centrifugal force 23. The phenomenon by which a particle's position and momentum cannot be measured simultaneously with arbitrary precision is known as: A. The wave-particle duality B. The Heisenberg uncertainty principle C. The Pauli exclusion principle D. The Compton effect 24. Who is credited with the development of the theory of electromagnetism? A. Michael Faraday B. James Clerk Maxwell C. Isaac Newton D. Albert Einstein 25. The principle stating that energy can neither be created nor destroyed, but only converted from one form to another, is known as: A. Conservation of momentum B. Conservation of mass C. Conservation of energy D. Conservation of charge 26. Who first described the phenomenon of radioactive decay? A. Marie Curie B. Ernest Rutherford C. Henri Becquerel D. Albert Einstein 27. In which year did Albert Einstein publish his special theory of relativity? A. 1905 B. 1915 C. 1921 D. 1933 28. The study of the properties and behavior of light is called: A. Optics B. Acoustics C. Thermodynamics D. Geophysics
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