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When you rub your socks on carpet why do you get shocked when you touch a doorknob?
The strands of hair have the same charge.
Negative charges in the clouds move to the positive charges on the ground.
The balloon has a negative charge and the paper has a positive charge.
More electrons collected in your socks. When you touched the doorknob they jumped to the doorknob.
The rod has a negative charge and was atracted to the positive charges in the can.
The sock has a positive charge and the shirt had a negative charge.
The balloon and the wall have opposite charges.
The socks and pants had opposite charges.
Alexa rubs a balloon on her hair several times. She places the balloon near some pieces of paper and sees that the paper is attracted to the balloon. Why did the paper stick to the balloon?
The strands of hair have the same charge.
Negative charges in the clouds move to the positive charges on the ground.
The balloon has a negative charge and the paper has a positive charge.
More electrons collected in your socks. When you touched the doorknob they jumped to the doorknob.
The rod has a negative charge and was atracted to the positive charges in the can.
The sock has a positive charge and the shirt had a negative charge.
The balloon and the wall have opposite charges.
The socks and pants had opposite charges.
What makes lightning?
The strands of hair have the same charge.
Negative charges in the clouds move to the positive charges on the ground.
The balloon has a negative charge and the paper has a positive charge.
More electrons collected in your socks. When you touched the doorknob they jumped to the doorknob.
The rod has a negative charge and was atracted to the positive charges in the can.
The sock has a positive charge and the shirt had a negative charge.
The balloon and the wall have opposite charges.
The socks and pants had opposite charges.
When Sofia removed clothes from the dryer, some of the socks were stuck to her pants. What could cause the clothing to stick together?
The strands of hair have the same charge.
Negative charges in the clouds move to the positive charges on the ground.
The balloon has a negative charge and the paper has a positive charge.
More electrons collected in your socks. When you touched the doorknob they jumped to the doorknob.
The rod has a negative charge and was atracted to the positive charges in the can.
The sock has a positive charge and the shirt had a negative charge.
The balloon and the wall have opposite charges.
The socks and pants had opposite charges.
When you rub a balloon on your hair why does it stick to a wall?
The strands of hair have the same charge.
Negative charges in the clouds move to the positive charges on the ground.
The balloon has a negative charge and the paper has a positive charge.
More electrons collected in your socks. When you touched the doorknob they jumped to the doorknob.
The rod has a negative charge and was atracted to the positive charges in the can.
The sock has a positive charge and the shirt had a negative charge.
The balloon and the wall have opposite charges.
The socks and pants had opposite charges.
Why is an aluminum can attracted to the plastic rod when you rub fur on the rod?
The strands of hair have the same charge.
Negative charges in the clouds move to the positive charges on the ground.
The balloon has a negative charge and the paper has a positive charge.
More electrons collected in your socks. When you touched the doorknob they jumped to the doorknob.
The rod has a negative charge and was atracted to the positive charges in the can.
The sock has a positive charge and the shirt had a negative charge.
The balloon and the wall have opposite charges.
The socks and pants had opposite charges.
Why do your strands of hair stick up when you take off a furzy hat?
The strands of hair have the same charge.
Negative charges in the clouds move to the positive charges on the ground.
The balloon has a negative charge and the paper has a positive charge.
More electrons collected in your socks. When you touched the doorknob they jumped to the doorknob.
The rod has a negative charge and was atracted to the positive charges in the can.
The sock has a positive charge and the shirt had a negative charge.
The balloon and the wall have opposite charges.
The socks and pants had opposite charges.
When Raul took clothes out of a dryer, he observed that a sock was clinging to a shirt. Which could cause the sock to be attracted to the shirt?
The strands of hair have the same charge.
Negative charges in the clouds move to the positive charges on the ground.
The balloon has a negative charge and the paper has a positive charge.
More electrons collected in your socks. When you touched the doorknob they jumped to the doorknob.
The rod has a negative charge and was atracted to the positive charges in the can.
The sock has a positive charge and the shirt had a negative charge.
The balloon and the wall have opposite charges.
The socks and pants had opposite charges.
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