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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.
A grain of rice is several milligram. A large paper clip might weigh as much as a gram.
Interesting question. Put the grape in water and I believe you will see it floats. It is lighter than water. Now, put a paper clip in water and you will see it sinks. So the paper clip must have a density greater than water. It has a higher density. The weight of the object does not matter. Density is weight divided by volume. You may also be wondering why some fruits float and others sink in water. Fruits contain water and sugar. This alone would make them slightly heavier than fresh tap water. However, in the skin of fruit, there are openings that contain air. Even a little air can compensate for the extra weight of the sugar. There is a second way to answer your question, you can look up the densities of aluminum (what a paper clip is made of) and water (which is approximately the density of the grape). Just enter aluminum and density into Google, and you will find the density of aluminum much higher than water (density ~ 1 gm/cc).
It is 30 longer.
1.54 centimeters longer.6063 inch longer
If you have a sander or sand paper scrap it off or if you have graffitti remover you can get it off but takes much longer
A paper clip weighs about 1-1.4 grams, depending on the size.
5
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)
The weight of a marker lid (or cap) will depend upon the brand and type of marker. I just weighed 5 caps from different markers and they varied from 2g to 6g. The heavier ones were larger and had a pocket clip.
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On paper, pretty fast
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.
1 paperclip is equal to .25 oz
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.