Section 1: Development of the Atomic Theory Pages 82-87
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1 Study Guide Chapter 4 Atomic Theory and The Atom Section 1: Development of the Atomic Theory Pages THE BEGINNING OF ATOMIC THEORY 1. What does the word atom mean? a. dividable b. invisible c. hard particles d. not able to be divided 2. Why weren t Democritus s ideas accepted? a. Bohr did not agree with his theory. b. Dalton proved Democritus wrong. c. Aristotle did not agree with his theory. d. Rutherford proved Democritus wrong. From Aristotle to Modern Science 3. What is the smallest particle into which an element can be divided? a. a nucleus b. a proton c. an atom d. a neutron DALTON S ATOMIC THEORY BASED ON EXPERIMENTS 4.Which of the following ideas was part of Dalton s theories? a. All substances are made of atoms. b. Atoms can be divided. c. Atoms can be destroyed. d. Most substances are made of atoms. Holt Science and Technology 9 Introduction to Atoms
2 Not Quite Correct 5. What happened in the late 1800s? a. Dalton created a new theory. b. Dalton disproved his own theory. c. Dalton s theory was proved. d. Dalton s theory changed. THOMSON S DISCOVERY OF ELECTRONS 6. What did Thomson discover about atoms? a. Atoms cannot be divided. b. There are small particles inside atoms. c. There are no small particles in atoms. d. All atoms have negative charges. Read the words in the box. Read the sentences. Fill in each blank with the word or phrase that best completes the sentence. electrons particles positively 7. Thomson discovered that a charged plate in a cathode-ray tube attracted an invisible beam. 8. Thomson concluded that the beam was made of that have negative electric charges. 9. The negatively charged particles Thompson discovered are called Holt Science and Technology 10 Introduction to Atoms
3 Like Plums in a Pudding 10. What did Thomson believe about electrons? a. They are mixed throughout an atom. b. They are in the center of an atom. c. They are positively charged. d. They are absent from an atom. RUTHERFORD S ATOMIC SHOOTING GALLERY Surprising Results 11. What did Rutherford expect all the charged particles to do? a. to pass right through the gold foil b. to deflect to the sides of the gold foil c. to bounce straight back d. to become blobs of matter WHERE ARE THE ELECTRONS? 12. Which of the following statements is NOT true of Rutherford s results? a. Some of the particles turned to one side. b. Some of the particles did not move. c. Most of the particles passed through the gold foil. d. Some of the particles bounced straight back. 13. What did Rutherford realize about atoms? a. Atoms are mostly empty space. b. Atoms are helium. c. Atoms are gold particles. d. Atoms are large particles. Holt Science and Technology 11 Introduction to Atoms
4 Far From the Nucleus 14. What positively charged part did Rutherford believe was in the center of an atom? a. an electron b. a nucleus c. a particle d. a proton Bohr s Electron Levels 15. What did Bohr study? a. the way atoms react to light b. the size of atoms c. the diameter of the nucleus d. the division of atoms 16. How did Bohr s model propose that electrons move around the nucleus? a. a variety of ways b. haphazardly c. between the levels d. in certain paths The Modern Atomic Theory 17. What model represents current atomic theory? a. electron-cloud model b. plum-pudding model c. Rutherford s model d. Bohr s model Holt Science and Technology 12 Introduction to Atoms
5 Section 2: The Atom Pages HOW SMALL IS AN ATOM? Circle the letter of the best answer for the question. 18. Which of the following statements is true? a. A penny has about 20,000 atoms. b. A penny has more atoms than the Earth has people. c. Aluminum is made up of large-sized atoms. d. Aluminum atoms have a diameter of about 3 cm. WHAT IS INSIDE AN ATOM? The Nucleus Read the description. Then, draw a line from the dot next to each description to the matching word. 19. particle with no electrical charge 20. particle that is positively charged 21. particle that is negatively charged 22. part that contains most of the mass of an atom a. electron b. nucleus c. proton d. neutron e. atomic mass unit HOW DO ATOMS OF DIFFERENT ELEMENTS DIFFER? Starting Simply Read the words in the box. Read the sentences. Fill in each blank with the word or phrase that best completes the sentence. helium hydrogen electron 23. The simplest atom is the atom. 24. The simplest atom has one proton and one 25. If you build an atom using two protons, two neutrons, and two electrons, you have built an atom of Holt Science and Technology 13 Introduction to Atoms
6 Building Bigger Atoms atomic mass unit atomic number neutrons 26. An atom does not have to have equal numbers of protons and 27. The number of protons in the nucleus of an atom is the of that atom. 28. The SI unit used to express the masses of particles in atoms is called the ISOTOPES 29. What do isotopes always have? a. the same number of protons b. the same number of neutrons c. a different atomic number d. the same mass 30. How are isotopes of the same element different? a. They have different numbers of protons. b. They have different numbers of neutrons. c. They have the same number of electrons. d. They have different numbers of ions. Properties of Isotopes 31. Which phrase best describes radioactive isotopes? a. They are stable. b. They never change. c. They are unstable. d. They don t produce energy. Holt Science and Technology 14 Introduction to Atoms
7 Telling Isotopes Apart 32. What is the mass number of an isotope that has 5 protons, 6 neutrons, and 5 electrons? a. 1 c. 10 b. 11 d. 16 Naming Isotopes 33. Carbon has an atomic number of 6. How many neutrons does carbon-12 have? a. 12 c. 6 b. 8 d. 18 Calculating the Mass of an Element Read the words in the box. Read the sentences. Fill in each blank with the word or phrase that best completes the sentence. mass number atomic mass 34. The sum of the protons and neutrons in an atom is the 35. The weighted average of the masses of all the naturally occurring isotopes of an element is the FORCES IN ATOMS Strong force Weak force Electromagnetic force Gravitational force 36. Protons stay together in the nucleus because of 37. Objects are pulled toward one another because of 38. An important force in radioactive atoms is 39. The electrons are held around the nucleus because of Holt Science and Technology 15 Introduction to Atoms
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