Distribution of the clip's mass and water's surface tension.
No, it isn't hollow/light enough... Improving answer: But sometimes things don't actually "float" on the water when they are really held up by surface tesion. I have heard that you can make paper clips or pins "float" on the surface of calm water.
The answer depends on the material used to make the paper clip, the purity of the copper, the temperature, the thickness of both of the materials, the length of the copper and the paper clip, and a variety of other factors. Generally, copper is a better conductor than the paper clip.
Items needed.a tissue paper (half the size of a dollar bill)a paper clipa bowl full of waterpencil with erasermethod.1.Fill the bowl with waterTry to make the paper clip float...not much luck, huh?Tear a piece of tissue paper about half the size of a dollar billGENTLY drop the tissue flat onto the surface of the waterGENTLY place a dry paper clip flat onto the tissue (try not to touch the water or the tissue)Use the eraser end of the pencil to carefully poke the tissue (not the paper clip) until the tissue sinks. With some luck, the tissue will sink and leave the paper clip floating!how is it possible?How is this possible? With a little thing we scientists call SURFACE TENSION. Basically it means that there is a sort of skin on the surface of water where the water molecules hold on tight together. If the conditions are right, they can hold tight enough to support your paper clip. The paperclip is not truly floating, it is being held up by the surface tension. Many insects, such as water striders, use this "skin" to walk across the surface of a stream.
You could use a piece of string and a paper clip.
\\\\density//// There, now finish your homework.
if you want to make it float follow this steps 1. cut a small piece of paper 2.take a paperclip and attached it to the paper 3.carefully place the paper on the water trying not to get water on top of the paper there you have it a floating paperclip
No, it isn't hollow/light enough... Improving answer: But sometimes things don't actually "float" on the water when they are really held up by surface tesion. I have heard that you can make paper clips or pins "float" on the surface of calm water.
they shove it
Take the paper clip off and make it smaller.
Put the paper clip on the paper. Hold the two pencils with the two pencil points on either side of the paper clip. Hold one pencil still then move the other to form a circle.
fowlled it into a sail boat.
If the paper clip is made of a magentic metal such as steele, then you cn make it magnetic. If it is made of plastic or a non-magnetic metal, then you cannot.
That is the static charge, which make a paper clip cling to a comb.
Depends on the size of the paper clip. Paper clips come in a range of sizes. Agreed. Also: The weight of one standard paper clip = 0.00043kg x 9.8m/s2 = 0.004214 N, or 0.000947345 lbf. So if you divide 1 lbf by the weight of a standard paper clip given then with that size of paper clip it would take about 1,056 to make a pound.
U can get a paper clip
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