Comparing the volume of different boxes is as simple as comparing the volume measure of the boxes. A first step would be to measure the dimensions of all the boxes. The investigator would want to insure that all the boxes under consideration have their volumes set down in the same units. If cubic inches is desired, measure each boxes' length, width and height in inches. Then calculate volumes in inches3 (cubic inches) to insure "fair" comparison. Lastly, simply list or arrange them from largest to smallest or the other way around.
Just mutiply lenghhxwidthxheight
you can use a rate by normally dividing it [the two different sizes of the boxes
Matchboxes come in lots of different sizes - particularly kitchen boxes. The volume is its length * width * height, in suitable units.
You compare (divide) one volume to another, then multiply by 100 to convert to percent.You compare (divide) one volume to another, then multiply by 100 to convert to percent.You compare (divide) one volume to another, then multiply by 100 to convert to percent.You compare (divide) one volume to another, then multiply by 100 to convert to percent.
They are equal.
The volume of the prism is three times as much as that of the prism.
you can use a rate by normally dividing it [the two different sizes of the boxes
you can use a rate by normally dividing it [the two different sizes of the boxes
you can use a rate by normally dividing it [the two different sizes of the boxes
Kleenex comes in boxes of different sizes.
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You can compare the density of two different minerals by measuring their mass and volume. The formula to calculate density is density = mass/volume. Once you have these measurements, you can compare the densities of the two minerals to determine which one is denser.
You cannot compare LENGTH to VOLUME - they are totally different.
One might use porcelain boxes for gifts, to store memorabilia or simply for decoration. Nextag allows users to shop and compare different boxes available from a a variety of vendors.
Matchboxes come in lots of different sizes - particularly kitchen boxes. The volume is its length * width * height, in suitable units.
Matchboxes come in lots of different sizes - particularly kitchen boxes. The volume is its length * width * height, in suitable units.
Use water and a cylinder marked with measurements. Use the amount of water displaced to compare the volume/ +++ You can indeed, but if the blocks are small enough to handle and of regular polyhedral form, it may be simpler just to use a rule to measure them directly.
NONE. you cannot compare LENGTH with Volume. They are totally different.