You can measure the volume of a lump of Play-Doh by using the water displacement method. Fill a graduated cylinder or a measuring cup with a known amount of water, then submerge the lump of Play-Doh in the water. The increase in water level indicates the volume of the Play-Doh, as the volume displaced by the Play-Doh is equal to its own volume. Subtract the initial water level from the new water level to get the volume of the Play-Doh.
playdoh is a soft solid.
as far as i know playdoh is waterproof hoped this helped
To find the volume of a lump of chewing gum, you can use the water displacement method. First, fill a graduated cylinder or measuring cup with a known amount of water and record the level. Then, submerge the chewing gum in the water and measure the new water level. The difference between the initial and final water levels gives you the volume of the gum.
Sure, gallon is a measure of volume; you can measure or calculate the volume of a person.Sure, gallon is a measure of volume; you can measure or calculate the volume of a person.Sure, gallon is a measure of volume; you can measure or calculate the volume of a person.Sure, gallon is a measure of volume; you can measure or calculate the volume of a person.
If it is a small shape that is denser than a convenient fluid and insoluble in it and also does not react with it then the displacement method is simplest. Fill a graduated cylinder with the fluid, measure the volume of the fluid. Then gently insert the shape and measure the apparent volume of the fluid. The difference between the two volume readings is the volume of the shape. If the shape is less dense than the fluid you have to make one change. You need to find a dense insoluble object. Measure the volume of the fluid with the dense object immersed in it. Then measure the volume when the dense object and the shape are joined together and submerged. The difference between the two measures is the volume of the shape. This method will not work with soluble shapes unless you can find a fluid that it is not soluble in. Similarly, you cannot use a fluid that will react. So measuring the volume of a lump of sugar or a lump of sodium using water are non-starters. Finally, the method will not work if the irregular shape is huge.
yes
playdoh. :)
Well, isn't that just a happy little question? If we know the mass of the second lump of gold is 96.5 g, and we know the density of gold is about 19.3 g/cm³, we can use a little math magic to find its volume. By dividing the mass of the second lump by the density of gold, we find that the volume of the second lump of gold is approximately 5 cm³. Just like that, we've painted a clear picture of the volume of our second golden friend.
To measure volume
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at the playdoh place
have u tried toysRus?