Question

According to the Video, Conductor charges can do what?

a
Move freely across entire surface of object
b
Move to the center and remain there
c
Remain in initial location of charging
d
Move to the right of all objects as they are repelled by negative charges
Question 2 (1 point)
According to the Video, for an Insulator when an object with a negative charge hits it, what happens to the electrons?

a
They stay put
b
The move to the outside of the object
c
They freely go wherever they want
d
The jump off of the object and don't want to stay
Question 3 (1 point)
According to the Video, for the 1st Inertia or Capybara example, what is the correct answer for the Spheres?

a
Mrs. Aguirre
b
Tom
c
Capybara
d
Inertia
Question 4 (1 point)
According to the Video, what is the transfer of electrons from one object to another by direct contact?

a
Conduction
b
Viscosity
c
Induction
d
Friction
Question 5 (1 point)
According to the Video, what is the transfer of electrons from one uncharge object to another by rubbing the two objects together?

a
Conduction
b
Friction
c
Induction
d
Velocity
Question 6 (1 point)
According to the Video, what was the example that Mrs. Miller gave for charging with Friction?

a
Rubbing her hair with a Balloon
b
Riding a bicycle
c
Her experience going down a slide at Burger King
d
Using aluminum foil to move a Balloon
Question 7 (1 point)
According to the Video, for the 2nd Inertia and Capybara example, what is the correct answer?

a
Inertia
b
Capybara
c
Steve
d
Mrs. Thomason
Question 8 (1 point)
According to the Video, what is the word that Mrs. Miller continues to not say correctly?

a
Hyperelectricity
b
Capybara
c
Inertia
d
Induction
Question 9 (1 point)
According to the Video, for Induction, how can you charge two neutral spheres?

a
You bring a negatively charged bar close to two neutral conductive spheres and the negative charge will be brought near the bar.
b
You bring a charged object, close to two neutral conductive spheres that are touching, to charge them both oppositely.
c
You bring a positively charged bar close to two neutral conductive spheres and the positive charge will be brought near the bar.
d
You bring a neutral item close to a neutral sphere to make it negative.
Question 10 (1 point)
According to the Video, for Induction, to prove that the spheres where oppositely charged, what happens when you bring them close together?

a
They will attract like a magnet
b
It will spark
c
It will repel away
d
Nothing

Answer 1

Here are the answers:

1. a
2. a
3. c
4. a
5. b
6. a
7. a
8. b
9. b
10. a