Question 1
Why do protons not move during the induction charging process?
Question 2
What is the primary observable effect when inductively charging an electroscope?
Question 3
What happens to the electroscope's terminal after grounding?
Question 4
What happens to the charges in an electroscope when a negatively charged object is brought near?
Question 5
How does removing the charged object after grounding affect the electroscope?
Question 6
What is the state of an uncharged electroscope before any charged object is introduced?
Question 7
After grounding and removing the charged object, what charge is predominantly left on the electroscope?
Question 8
What critical role does grounding play in inductive charging of an electroscope?
Question 9
Why do the foils of an electroscope repel each other when a charged object is nearby?
Question 10
What principle explains why the foils repel each other after induction?
Question 11
During inductive charging, which type of charges are involved in moving through the grounding?
Question 12
In what way does the introduction of a positively charged object differ in the process?
Question 13
What does the induction method demonstrate about the necessity of the charged object for sustaining foil repulsion?
Question 14
What change occurs to the foils when the finger is removed before the charged object?
Question 15
What is the charge movement process when using a positively charged object instead?