My hypothesis for my experiment was that rubbing the balloon on the wool sweater will make the balloon stay on the desk the longest. I believe this because the sweater was furry. I also predicted that there would not be a different in the amount of time the balloon stayed on the desk at different times of day.
The hypothesis would be: The color of hair does not affect how much static electricity it can carry.
The hypothesis could be that hair color does impact the amount of static electricity it can carry. For example, blond hair may carry more static electricity compared to brown or black hair due to differences in the composition of the hair strands.
static electricity
No, static electricity does not have a smell.
Static electricity is a noun phrase consisting of an adjective ("static") and a noun ("electricity").
The hypothesis would be: The color of hair does not affect how much static electricity it can carry.
The hypothesis could be that hair color does impact the amount of static electricity it can carry. For example, blond hair may carry more static electricity compared to brown or black hair due to differences in the composition of the hair strands.
static electricity is static electricity
static electricity
static electricity
No, static electricity does not have a smell.
Static electricity constitutes of charges that are static i.e. they do not move.
You can move things with static electricity!
Easy static electricity
Static electricity is a noun phrase consisting of an adjective ("static") and a noun ("electricity").
Static electricity translates into electrons not in motion. Typically, you rub rubber on fur to get static electricity. I get static electricity from petting my cat (I am a rubber of my cat, but I am not made of rubber.)
Becuase static electricity is generated by rubbing or by friction.