chapter 37. j. j. thomson’s conclusion that cathode ray particles are fundamental constituents of...

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Page 1: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

Chapter 37

Page 2: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation?

1. They have a negative charge.2. They are the same from all cathode materials.3. Their mass is much less than hydrogen.4. They penetrate very thin metal foils.

Page 3: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation?

1. They have a negative charge.2. They are the same from all cathode materials.3. Their mass is much less than hydrogen.4. They penetrate very thin metal foils.

Page 4: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

If the alpha particle has a positive charge, which way will it be deflected in the magnetic field?

1. Up2. Down3. Into the page4. Out of the page

Page 5: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

If the alpha particle has a positive charge, which way will it be deflected in the magnetic field?

1. Up2. Down3. Into the page4. Out of the page

Page 6: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

Carbon is the 6th element in the periodic table. How many electrons are there in a C++ ion?

1. 22. 43. 64. 8

Page 7: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

Carbon is the 6th element in the periodic table. How many electrons are there in a C++ ion?

1. 22. 43. 64. 8

Page 8: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

Carbon is the 6th element in the periodic table. How many neutrons are there in a nucleus of the isotope 14C?

1. 22. 43. 64. 8

Page 9: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

Carbon is the 6th element in the periodic table. How many neutrons are there in a nucleus of the isotope 14C?

1. 22. 43. 64. 8

Page 10: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

These spectra are due to the same element. Which one is an emission spectrum and which is an absorption spectrum?

1. (a) is emission, (b) is absorption.2. (b) is emission, (a) is absorption. 3. there is not enough information to tell.

Page 11: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

These spectra are due to the same element. Which one is an emission spectrum and which is an absorption spectrum?

1. (a) is emission, (b) is absorption.2. (b) is emission, (a) is absorption.3. there is not enough information to tell.

Page 12: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

Chapter 37Reading Quiz

Page 13: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

What kind of drops did Millikan use to measure the fundamental unit of charge?

1. Rain drops2. Oil drops3. Eye drops4. Methyl drops5. Cough drops

Page 14: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

What kind of drops did Millikan use to measure the fundamental unit of charge?

1. Rain drops2. Oil drops3. Eye drops4. Methyl drops5. Cough drops

Page 15: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

The electron volt is a unit of

1. charge.2. energy.3. potential.4. atomic power.5. atomic size.

Page 16: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

The electron volt is a unit of

1. charge.2. energy.3. potential.4. atomic power.5. atomic size.

Page 17: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

The discoverer of the electron was

1. Edison.2. Millikan.3. Einstein.4. Rutherford.5. Thomson.

Page 18: Chapter 37. J. J. Thomson’s conclusion that cathode ray particles are fundamental constituents of atoms was based primarily on which observation? 1. They

The discoverer of the electron was

1. Edison.2. Millikan.3. Einstein.4. Rutherford.5. Thomson.