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To calculate the energy of a paper clip using E=mc², you would need to know the mass of the paper clip in kilograms. Once you have the mass in kilograms, you can multiply it by the speed of light squared (3.00 x 10^8 m/s) to find the energy in joules.
A standard paper clip typically weighs around 1 gram.
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Well...1 gram. Or, if you are talking about density, than the density of a paper clip is 8.03 g/cm3.
An average paper clip weighs about 1.4 grams (or 1400 milligrams)
A standard paper clip can typically hold about 10 to 20 sheets of standard printer paper, depending on its size and design. However, this can vary based on the paper clip's strength and the thickness of the paper. Larger or more robust paper clips may hold more sheets, while smaller clips may hold fewer. Ultimately, it's best to test the specific paper clip for its actual capacity.
A standard no. 1 paper clip typically weighs about 0.1 ounces.
A typical paper clip is approx 3 cm so the answer is 75 cm.
About 1.4 grams. But it all depends on the paperclip style, size, and manufacturer.
Well think, if you burn a piece of paper, then energy is involved. Chemical energy is taking place when you burn a piece of paper. However, two more types of energy are also taking place. Thermal and radiant energy are also taking place because the fire burning the paper creates light (radiant energy) and it also gives off heat (thermal energy).
since the paper clip is exposed but too dense, like a bubble it water up as much open space as possible but pressure causes the water to puff out because molecules tend o cling together.
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