Question
Quiz
Question 1 (3 points)
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Which of the following is true about the atomic structure?
Question 1 options:
electron clouds surround the nucleus
the exact path of a moving proton can be predicted
the exact path of a moving electron can be predicted
proton clouds surround the nucleus
Question 2 (3 points)
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Which of the following must take place in order for an ion to be formed?
Question 2 options:
unequal number of protons and electrons
unequal numbers of protons and neutrons
equal numbers of protons and neutrons
equal number of protons and electrons
Question 3 (3 points)
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Atoms are composed of
Question 3 options:
electrons and neutrons
electrons, protons, and neutrons
neutrons and protons
atomic mass units
Question 4 (3 points)
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The mass # is needed to calculate the number of _____ in an atom
Question 4 options:
electrons
protons
neutrons
all of the particles
Question 5 (3 points)
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Which of the following determines if an atom is neutral?
Question 5 options:
neutrons and protons
neutrons and electrons
electrons and protons
Question 6 (3 points)
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What does the number 84 in the name krypton-84 represent?
Question 6 options:
none of these
the sum of the protons and electrons
the atomic number
the mass number
Question 7 (3 points)
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Which of the following determines the identity of the element?
Question 7 options:
Atomic Number
Mass Number
Atomic Mass
Overall Charge
Question 8 (3 points)
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Use the illustration and legend to answer the following question.
Which answer choice correctly identifies the atomic illustration provided?
Question 8 options:
helium - 4
hydrogen - 2
hydrogen - 3
helium - 3
Question 9 (3 points)
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The diagram provided below shows the configuration of protons (+), neutrons (N), and electrons (-) in an atom, along with three different configurations of these subatomic particles.
Identify the configurations that represent an ion and an isotope of the original atom shown?
Question 9 options:
Configuration 1 is an isotope; Configuration 2 is an ion
Configuration 1 is an ion; Configuration 2 is an isotope
Configuration 2 is an isotope; Configuration 3 is an ion
Configuration 1 is an ion; Configuration 3 is an isotope
Question 10 (3 points)
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How many protons does an atom with an atomic number of 23 and a mass number of 51 have?
Question 10 options:
74
51
23
28
Question 11 (3 points)
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An atom of nickel has an atomic number of 28 and a mass number of 58.
How many neutrons are in this atom of nickel?
Question 11 options:
86
30
28
58
Question 12 (3 points)
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Of the following list of isotopes, which one has the most neutrons?
Use the following periodic table:
Question 12 options:
Oxygen - 14
Carbon -12
Nitrogen - 14
Carbon -14
Question 13 (3 points)
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What is this atom's atomic number?
Question 13 options:
3
4
1
2
Question 14 (3 points)
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An atom of nickel has an atomic number of 28 and a mass number of 58.
How many protons are in this atom if nickel?
Question 14 options:
86
28
30
58
Question 15 (3 points)
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Which of the following illustrations are an isotope of beryllium?
Question 15 options:
Question 16 (3 points)
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Using the illustration and legend to answer the following question.
What is the mass number of this atom illustrated?
Question 16 options:
5
2
1
3
Question 17 (3 points)
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What would an atom of aluminum that has 13 protons, 13 electrons, and 15 neutrons be named?
Question 17 options:
aluminum - 28
aluminum - 26
aluminum - 13
aluminum - 15
Question 18 (3 points)
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What is the mass number of a boron atom with 5 protons, 6 neutrons, and 5 electrons?
Question 18 options:
6
10
5
11
Question 19 (3 points)
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Using the periodic table square above, how many neutrons makes up an atom of tungsten?
Question 19 options:
109
110
183
74
Question 20 (3 points)
Listen
Two students worked together to create a Bohr model of a sodium atom. When creating this model they realized the valence shell only has one electron and does not meet the Octet rule. They began to argue about how this atom will become an ion. Student A noted the atom would most likely become a negative ion because it will gain an electron to gain stability. Student B noted the atom would become a positive ion because it will lose an electron to gain stability.
Which of the following best describes the correct answer?
Question 20 options:
Student A is correct. Losing an electron would cause the number of protons and electrons to be imbalanced, and the atom would then have an overall negative charge.
Student B is correct. Losing an electron would cause the number of neutrons and electrons to be imbalanced, and the atom would then have an overall positive charge.
Student A is correct. Losing an electron would cause the number of neutrons and electrons to be imbalanced, and the atom would then have an overall negative charge.
Student B is correct. Losing an electron would cause the number of protons and electrons to be imbalanced, and the atom would then have an overall positive charge.
Question 21 (4 points)
Listen
Answer the following based on your knowledge of neutral atoms and ions.
When an oxygen atom becomes an ion with a charge of -1, a) would electrons be gained or lost AND b) how many electrons would need to be moved?
Question 21 options:
Question 22 (16 points)
Listen
Use the following data in the table and your periodic table to complete the rest of the chart below. When you answer, label your answers a-p.
Substance Zinc-64 a) ? Nitrogen
Mass Number 64 b) ? c) ?
Atomic Number d) ? e) ? f) ?
Protons g) ? 19 h) ?
Neutrons i) ? j) ? k) ?
Electrons l) ? m) ? 10
Is the substance a neutral atom, an ion, or isotope? n) ? o) ? p) ?
Question 22 options:
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Question 1 (3 points)
Listen
Which of the following is true about the atomic structure?
Question 1 options:
electron clouds surround the nucleus
the exact path of a moving proton can be predicted
the exact path of a moving electron can be predicted
proton clouds surround the nucleus
Question 2 (3 points)
Listen
Which of the following must take place in order for an ion to be formed?
Question 2 options:
unequal number of protons and electrons
unequal numbers of protons and neutrons
equal numbers of protons and neutrons
equal number of protons and electrons
Question 3 (3 points)
Listen
Atoms are composed of
Question 3 options:
electrons and neutrons
electrons, protons, and neutrons
neutrons and protons
atomic mass units
Question 4 (3 points)
Listen
The mass # is needed to calculate the number of _____ in an atom
Question 4 options:
electrons
protons
neutrons
all of the particles
Question 5 (3 points)
Listen
Which of the following determines if an atom is neutral?
Question 5 options:
neutrons and protons
neutrons and electrons
electrons and protons
Question 6 (3 points)
Listen
What does the number 84 in the name krypton-84 represent?
Question 6 options:
none of these
the sum of the protons and electrons
the atomic number
the mass number
Question 7 (3 points)
Listen
Which of the following determines the identity of the element?
Question 7 options:
Atomic Number
Mass Number
Atomic Mass
Overall Charge
Question 8 (3 points)
Listen
Use the illustration and legend to answer the following question.
Which answer choice correctly identifies the atomic illustration provided?
Question 8 options:
helium - 4
hydrogen - 2
hydrogen - 3
helium - 3
Question 9 (3 points)
Listen
The diagram provided below shows the configuration of protons (+), neutrons (N), and electrons (-) in an atom, along with three different configurations of these subatomic particles.
Identify the configurations that represent an ion and an isotope of the original atom shown?
Question 9 options:
Configuration 1 is an isotope; Configuration 2 is an ion
Configuration 1 is an ion; Configuration 2 is an isotope
Configuration 2 is an isotope; Configuration 3 is an ion
Configuration 1 is an ion; Configuration 3 is an isotope
Question 10 (3 points)
Listen
How many protons does an atom with an atomic number of 23 and a mass number of 51 have?
Question 10 options:
74
51
23
28
Question 11 (3 points)
Listen
An atom of nickel has an atomic number of 28 and a mass number of 58.
How many neutrons are in this atom of nickel?
Question 11 options:
86
30
28
58
Question 12 (3 points)
Listen
Of the following list of isotopes, which one has the most neutrons?
Use the following periodic table:
Question 12 options:
Oxygen - 14
Carbon -12
Nitrogen - 14
Carbon -14
Question 13 (3 points)
Listen
What is this atom's atomic number?
Question 13 options:
3
4
1
2
Question 14 (3 points)
Listen
An atom of nickel has an atomic number of 28 and a mass number of 58.
How many protons are in this atom if nickel?
Question 14 options:
86
28
30
58
Question 15 (3 points)
Listen
Which of the following illustrations are an isotope of beryllium?
Question 15 options:
Question 16 (3 points)
Listen
Using the illustration and legend to answer the following question.
What is the mass number of this atom illustrated?
Question 16 options:
5
2
1
3
Question 17 (3 points)
Listen
What would an atom of aluminum that has 13 protons, 13 electrons, and 15 neutrons be named?
Question 17 options:
aluminum - 28
aluminum - 26
aluminum - 13
aluminum - 15
Question 18 (3 points)
Listen
What is the mass number of a boron atom with 5 protons, 6 neutrons, and 5 electrons?
Question 18 options:
6
10
5
11
Question 19 (3 points)
Listen
Using the periodic table square above, how many neutrons makes up an atom of tungsten?
Question 19 options:
109
110
183
74
Question 20 (3 points)
Listen
Two students worked together to create a Bohr model of a sodium atom. When creating this model they realized the valence shell only has one electron and does not meet the Octet rule. They began to argue about how this atom will become an ion. Student A noted the atom would most likely become a negative ion because it will gain an electron to gain stability. Student B noted the atom would become a positive ion because it will lose an electron to gain stability.
Which of the following best describes the correct answer?
Question 20 options:
Student A is correct. Losing an electron would cause the number of protons and electrons to be imbalanced, and the atom would then have an overall negative charge.
Student B is correct. Losing an electron would cause the number of neutrons and electrons to be imbalanced, and the atom would then have an overall positive charge.
Student A is correct. Losing an electron would cause the number of neutrons and electrons to be imbalanced, and the atom would then have an overall negative charge.
Student B is correct. Losing an electron would cause the number of protons and electrons to be imbalanced, and the atom would then have an overall positive charge.
Question 21 (4 points)
Listen
Answer the following based on your knowledge of neutral atoms and ions.
When an oxygen atom becomes an ion with a charge of -1, a) would electrons be gained or lost AND b) how many electrons would need to be moved?
Question 21 options:
Question 22 (16 points)
Listen
Use the following data in the table and your periodic table to complete the rest of the chart below. When you answer, label your answers a-p.
Substance Zinc-64 a) ? Nitrogen
Mass Number 64 b) ? c) ?
Atomic Number d) ? e) ? f) ?
Protons g) ? 19 h) ?
Neutrons i) ? j) ? k) ?
Electrons l) ? m) ? 10
Is the substance a neutral atom, an ion, or isotope? n) ? o) ? p) ?
Question 22 options:
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Answers
GPT-4o mini
Here are the answers to the quiz questions:
**Question 1:** Electron clouds surround the nucleus.
**Answer:** electron clouds surround the nucleus
**Question 2:** Unequal number of protons and electrons.
**Answer:** unequal number of protons and electrons
**Question 3:** Electrons, protons, and neutrons.
**Answer:** electrons, protons, and neutrons
**Question 4:** Neutrons.
**Answer:** neutrons
**Question 5:** Electrons and protons.
**Answer:** electrons and protons
**Question 6:** The mass number.
**Answer:** the mass number
**Question 7:** Atomic Number.
**Answer:** Atomic Number
**Question 8:** Without the illustration, I can't determine this answer. Typically, helium-4 would represent the most common isotope of helium.
**Answer:** helium - 4 (if that is applicable)
**Question 9:** Configuration 1 is an ion; Configuration 2 is an isotope.
**Answer:** Configuration 1 is an ion; Configuration 2 is an isotope
**Question 10:** 23
**Answer:** 23
**Question 11:** 30
**Answer:** 30
**Question 12:** Carbon -14
**Answer:** Carbon -14
**Question 13:** 3
**Answer:** 3
**Question 14:** 28
**Answer:** 28
**Question 15:** Without the illustrations, I can't determine this answer.
**Answer:** (If options were provided)
**Question 16:** 3
**Answer:** 3
**Question 17:** Aluminum - 28
**Answer:** aluminum - 28
**Question 18:** 11
**Answer:** 11
**Question 19:** 109
**Answer:** 109
**Question 20:** Student B is correct. Losing an electron would cause the number of protons and electrons to be imbalanced, and the atom would then have an overall positive charge.
**Answer:** Student B is correct. Losing an electron would cause the number of protons and electrons to be imbalanced, and the atom would then have an overall positive charge.
**Question 21:** a) electrons would be gained, b) 1 electron would need to be moved.
**Answer:** a) gained, b) 1 electron
**Question 22:**
- a) Substance: Zinc-64
- b) Mass Number: 64
- c) Atomic Number: 30 (for zinc)
- d) Protons: 30 (for zinc)
- e) Neutrons: 34 (64 - 30)
- f) Electrons: 30 (as it’s a neutral atom)
- g) Isotope: (since it's Zinc-64)
- h) Is it a neutral atom, an ion, or isotope? Neutral atom
Please adjust the specified answers for questions where illustrations may have been necessary as I don't have access to them. Let me know if you need any further clarification or help!
**Question 1:** Electron clouds surround the nucleus.
**Answer:** electron clouds surround the nucleus
**Question 2:** Unequal number of protons and electrons.
**Answer:** unequal number of protons and electrons
**Question 3:** Electrons, protons, and neutrons.
**Answer:** electrons, protons, and neutrons
**Question 4:** Neutrons.
**Answer:** neutrons
**Question 5:** Electrons and protons.
**Answer:** electrons and protons
**Question 6:** The mass number.
**Answer:** the mass number
**Question 7:** Atomic Number.
**Answer:** Atomic Number
**Question 8:** Without the illustration, I can't determine this answer. Typically, helium-4 would represent the most common isotope of helium.
**Answer:** helium - 4 (if that is applicable)
**Question 9:** Configuration 1 is an ion; Configuration 2 is an isotope.
**Answer:** Configuration 1 is an ion; Configuration 2 is an isotope
**Question 10:** 23
**Answer:** 23
**Question 11:** 30
**Answer:** 30
**Question 12:** Carbon -14
**Answer:** Carbon -14
**Question 13:** 3
**Answer:** 3
**Question 14:** 28
**Answer:** 28
**Question 15:** Without the illustrations, I can't determine this answer.
**Answer:** (If options were provided)
**Question 16:** 3
**Answer:** 3
**Question 17:** Aluminum - 28
**Answer:** aluminum - 28
**Question 18:** 11
**Answer:** 11
**Question 19:** 109
**Answer:** 109
**Question 20:** Student B is correct. Losing an electron would cause the number of protons and electrons to be imbalanced, and the atom would then have an overall positive charge.
**Answer:** Student B is correct. Losing an electron would cause the number of protons and electrons to be imbalanced, and the atom would then have an overall positive charge.
**Question 21:** a) electrons would be gained, b) 1 electron would need to be moved.
**Answer:** a) gained, b) 1 electron
**Question 22:**
- a) Substance: Zinc-64
- b) Mass Number: 64
- c) Atomic Number: 30 (for zinc)
- d) Protons: 30 (for zinc)
- e) Neutrons: 34 (64 - 30)
- f) Electrons: 30 (as it’s a neutral atom)
- g) Isotope: (since it's Zinc-64)
- h) Is it a neutral atom, an ion, or isotope? Neutral atom
Please adjust the specified answers for questions where illustrations may have been necessary as I don't have access to them. Let me know if you need any further clarification or help!