Question
Quiz
Question 1 (3 points)
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Where does the modern model of the atom state the electrons are in?
Question 1 options:
outside the atom
in the nucleus
in the electron cloud
Question 2 (3 points)
Listen
What is the magic number…aka…the number of electrons that you can put in each energy level?
Question 2 options:
2-6-8
1-2-3
2-6-9
2-8-8
Question 3 (3 points)
Listen
What is so special about an element's atomic number?
Question 3 options:
the atomic number gives the element it's identity
the atomic number gives the isotope of the element
the atomic number gives atomic mass
the atomic number gives the mass number
Question 4 (3 points)
Listen
What do isotopes of a particular element have in common?
Question 4 options:
they both have same mass number
they both have different number of electrons
they both have different number of protons
they both have the same number of protons
Question 5 (3 points)
Listen
Why don't we use grams to describe the mass of a subatomic particle?
Question 5 options:
subatomic particles are too big to put on the scale to measure
because you are supposed to use pounds instead
the subatomic particles cannot be seen by the naked eye and are too small so we use amu
0 of 5 questions saved
Listen
Question 1 (3 points)
Listen
Where does the modern model of the atom state the electrons are in?
Question 1 options:
outside the atom
in the nucleus
in the electron cloud
Question 2 (3 points)
Listen
What is the magic number…aka…the number of electrons that you can put in each energy level?
Question 2 options:
2-6-8
1-2-3
2-6-9
2-8-8
Question 3 (3 points)
Listen
What is so special about an element's atomic number?
Question 3 options:
the atomic number gives the element it's identity
the atomic number gives the isotope of the element
the atomic number gives atomic mass
the atomic number gives the mass number
Question 4 (3 points)
Listen
What do isotopes of a particular element have in common?
Question 4 options:
they both have same mass number
they both have different number of electrons
they both have different number of protons
they both have the same number of protons
Question 5 (3 points)
Listen
Why don't we use grams to describe the mass of a subatomic particle?
Question 5 options:
subatomic particles are too big to put on the scale to measure
because you are supposed to use pounds instead
the subatomic particles cannot be seen by the naked eye and are too small so we use amu
0 of 5 questions saved
Listen
Answers
GPT-4o mini
Here are the answers to your quiz questions:
**Question 1: Where does the modern model of the atom state the electrons are in?**
- **Answer:** in the electron cloud
**Question 2: What is the magic number…aka…the number of electrons that you can put in each energy level?**
- **Answer:** 2-8-8
**Question 3: What is so special about an element's atomic number?**
- **Answer:** the atomic number gives the element its identity
**Question 4: What do isotopes of a particular element have in common?**
- **Answer:** they both have the same number of protons
**Question 5: Why don't we use grams to describe the mass of a subatomic particle?**
- **Answer:** the subatomic particles cannot be seen by the naked eye and are too small so we use amu
Feel free to ask if you need further clarification on any of these topics!
**Question 1: Where does the modern model of the atom state the electrons are in?**
- **Answer:** in the electron cloud
**Question 2: What is the magic number…aka…the number of electrons that you can put in each energy level?**
- **Answer:** 2-8-8
**Question 3: What is so special about an element's atomic number?**
- **Answer:** the atomic number gives the element its identity
**Question 4: What do isotopes of a particular element have in common?**
- **Answer:** they both have the same number of protons
**Question 5: Why don't we use grams to describe the mass of a subatomic particle?**
- **Answer:** the subatomic particles cannot be seen by the naked eye and are too small so we use amu
Feel free to ask if you need further clarification on any of these topics!