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When you rub your hands together can you rub harder on one than the other? No, for each hand pushes equally on the other in accord with Newtons third law you can not push harder on one hand than the other.
Because when you rub your hands together, it causes the molecules on your hand to move in random motion, which is thermal energy.
When we rub two objects together then heat energy is generated.
An example of friction is when you rub your hands together or when you rub two sticks together it makes fire
Friction
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rub them together
Friction, resulting in heat
You can feel heat when you rub your hand together!
If you know what an inference and what a pronoun is just put it together to know what a pronoun inference is
When you rub your hands together can you rub harder on one than the other? No, for each hand pushes equally on the other in accord with Newtons third law you can not push harder on one hand than the other.
Yes, of course!
Your inference seems to indicate your lack of support for the project at hand.
To hand make fire, you can rub two sticks together. This is a long, tedious process but is the only way to do it without a flame.
What you do is: get a tiny littledrop of vaseline, a drop of lotion , and (optional) hand sanitizer. mix them all together and put on your hands, rub it in . repeat twice a week
When houseflies rub their hind limbs together, they are cleaning themselves. Grooming is a primary activity among houseflies and may even be called 'hand' rubbing.