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It depends on the amount of charge and nature of charge i.e. whether positive or negative
It indicates that the leaves of the electroscope have received a charge.
No, it's much stronger. Take two metal balls, each with one kilogram of mass, set them down 1 meter apart, and measure the gravitational force between them. Then take two tissue paper balls, put one coulomb of charge on each one, set them down 1 meter apart, and measure the electrical force between them. The force between the coulombs is about 10,000,000,000,000,000,000,000,000,000,000,000,000,000 times as strong as the gravitational force between the kilograms. (that's about 1040.) You can pick up pieces of tissue with a little bit of electrical charge on a comb or a balloon ... that little bit of charge on a comb is stronger than the whole earth's gravity pulling the bits of tissue downward. Also, you can't pick up bits of tissue with a bowling ball, no matter how heavy it is, if it's not charged. Gravity isn't strong enough.
They do. In those plasmas which don't fly apart there are other factors. In plasmas for fusion power, the plasmas are constrained by magnetic forces which keep the material in proximity. There is also the strong nuclear force. This is a very strong force, with a very short range. If two positively charged nuclei can be forced close enough together, then the strong nuclear force, which pulls them together, will become more powerful than the electromagnetic force, which pushes them apart. Then they form one nucleus, and spit out a lot of energy, and sometimes a neutron.
Well, actually no. You can pick up pieces of tissue with a little bit of electrical charge on a comb or a balloon. But you can't pick them up with a bowling ball, no matter how heavy it is, if it's not charged. Gravity isn't strong enough. Take two metal balls, each with one kilogram of mass, set them down 1 meter apart, and measure the gravitational force between them. Then take two tissue paper balls, put one coulomb of charge on each one, set them down 1 meter apart, and measure the electrical force between them. The force between the coulombs is about 10,000,000,000,000,000,000,000,000,000,000,000,000,000 times as strong as the gravitational force between the kilograms. As my beloved mentor E. M. Hafner used to tell us at the U of R : If each kilogram of mass in the earth and each kilogram of mass in you was a coulomb of charge, you'd still fall down, but you'd just fall down 1040 harder.
He is strong enough to blow people apart with his hammer, can rip a human in half, and easily throws raiden across a roof.
Usually ice ! When water freezes to ice it expands slightly - It's strong enough to force rocks to split.
If most relationships are strong and the couples are ok with being apart it can be a good relationship.
Take your e brake apart
when water freezes, it expands. when water freezes in cracks and pores of rocks, the force of its expansion is strong enough to split the rocks apart.
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A strong word to tear your friend apart is to DISCOURAGE.
Tornadoes have very powerful winds that, in some cases, are strong enough to tear buildings apart. When a strong enough tornado hits a structure fragments of it can be turned into high-speed projectiles that can cause even more damage when they hit other structures.
Go to the dentist
Two straight lines that remain equal distance apart are parallel lines.
a straight line?
Two main forces act in an atom, the electromagnetic force and the strong force. The electromagnetic force pulls the nucleus apart, while the strong force holds it together. Both neutrons and protons contribute to the strong force, but only protons contribute to the electromagnetic force. If an atom has too many protons and not enough neutrons, the electromagnetic force will overpower the strong force, and the nucleus will rip apart into more stable forms.