a) is each object an insulator or a conductor? b) draw a diagram showing where the charges are located c) answer the questions about each experiment. "Hover Plate" Cloth towel Styrofoam plates How do the plates get charged? Why do you think one plate fly away from the other? "Can Can go" PVC (plastic) pipe Aluminum can How does the PVC pipe get charged? Why does the aluminum can roll towards the pipe? Indicate where the negative and positive charges must be located. Upper plate lower plate Force of Repulsion Indicate where the negative and positive charges must be located. PVC pipe Metal can
a) is each object an insulator or a conductor? b) draw a diagram showing where the charges are located c) answer the questions about each experiment. "Hover Plate" Cloth towel Styrofoam plates How do the plates get charged? Why do you think one plate fly away from the other? "Can Can go" PVC (plastic) pipe Aluminum can How does the PVC pipe get charged? Why does the aluminum can roll towards the pipe? Indicate where the negative and positive charges must be located. Upper plate lower plate Force of Repulsion Indicate where the negative and positive charges must be located. PVC pipe Metal can
Related questions
Question
![a) is each object an insulator or a conductor? b) draw a diagram showing
where the charges are located c) answer the questions about each experiment.
"Hover Plate"
Cloth towel
Styrofoam plates
How do the plates get charged? Why do you
think one plate fly away from the other?
"Can Can go"
PVC (plastic) pipe
Aluminum can
How does the PVC pipe get charged? Why
does the aluminum can roll towards the
pipe?
Indicate where the negative and positive charges must be
located.
Upper plate
lower plate
Indicate where the negative and positive charges must be
located.
PVC pipe
Force of
Repulsion
Force of
Attraction
Metal can](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd70ce811-7ef1-402c-bf4e-4d7de267bc9d%2F61fc20b7-a761-4b0d-92a6-c9d0f750c7a3%2Fg16k01_processed.png&w=3840&q=75)
Transcribed Image Text:a) is each object an insulator or a conductor? b) draw a diagram showing
where the charges are located c) answer the questions about each experiment.
"Hover Plate"
Cloth towel
Styrofoam plates
How do the plates get charged? Why do you
think one plate fly away from the other?
"Can Can go"
PVC (plastic) pipe
Aluminum can
How does the PVC pipe get charged? Why
does the aluminum can roll towards the
pipe?
Indicate where the negative and positive charges must be
located.
Upper plate
lower plate
Indicate where the negative and positive charges must be
located.
PVC pipe
Force of
Repulsion
Force of
Attraction
Metal can
!["Water bender"
PVC (plastic) pipe
Water
How does the PVC pipe get charged? Why
does the water move towards the PVC pipe?
"Electroscope"
PVC (plastic) pipe
Steel wire
Aluminum sheets
How does the PVC pipe get charged? Why
do the aluminum sheets repel each other?
Indicate where the negative and positive charges must be
located.
PVC pipe
Force of
Attraction
Indicate where the negative and positive charges must be
located.
PVC pipe
water
Force of
Repulsion
Steel
wire](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd70ce811-7ef1-402c-bf4e-4d7de267bc9d%2F61fc20b7-a761-4b0d-92a6-c9d0f750c7a3%2Fyf9rdq8_processed.png&w=3840&q=75)
Transcribed Image Text:"Water bender"
PVC (plastic) pipe
Water
How does the PVC pipe get charged? Why
does the water move towards the PVC pipe?
"Electroscope"
PVC (plastic) pipe
Steel wire
Aluminum sheets
How does the PVC pipe get charged? Why
do the aluminum sheets repel each other?
Indicate where the negative and positive charges must be
located.
PVC pipe
Force of
Attraction
Indicate where the negative and positive charges must be
located.
PVC pipe
water
Force of
Repulsion
Steel
wire
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