Volume Of A Coin

Room volume? 3

Hey, can you determine the size of the room?

Am I stupid ?????

Thank you very much

You can describe the section as a very narrow cylinder, so this is the formula.

pi * r 2 * h ...

Practical, default as Archimedes ...

Put your coin in a glass of water and weigh the excess water ...

Because the density of water is equal to one, so the volume of your coin in the excess water is equal to the volume of your coin;

I think it's basically a mathematical question looking at the number of cylinders of a given dimension. Don't believe it, if so you can definitely get the estimated value by calculating: value =? rÃ‚Â²h where r is the radius of section (0.95) and h tip (0.1 million). This is between 0.28 and 0.29 CUC units. I say more or less because the thickness of the coin is not exactly 0.5 million units (this could be in the case of a person's head resting in the head area and in the case of abnormal structural relief in the tail area). Also, if there are ■■■■■ in the tooth cutting, these molds form the diameter of the cut. Here I can tell the number of blocks in this block. First, you can take a two-liter measuring cup and fill it with up to a million liters of water. So I can insert 10 peaks that are equal to the number I want to put in the water. So you can study the drops of water in the cylinder. Let's say water changes from one million liters to one million 0.465 liters. So I can understand that the sum of 10 tse nodes is 0.0465 liters. Divide the number of parts by 10 to get 0.00465 liters or 0.284 cubic inch. It would be much more useful if I dredged! Water can flow from one million liters to one million 4,675 liters. This shows that the volume of one of the Tse nds is 0.004675 liters, I get a little better accuracy! This time, 0.004675 liters equals 0.2853 cubic inches. It also has to do with the basic self. Alice's Answer: 0.28 to 0.29 CUC

Friends, when you look at the coin, it is a very small cylinder. Therefore, the formula for calculating area is 22/7 * radius 2 * height.

To weigh. Alloys have a standard density, go to the State Store page to see which compound is used for which part.

Now take the area of base times (pi) r 2 and multiply it by the height of the room to find the volume.