Unable to solve this with the information given -- recommend adding the width (or designating 10 as the radius or diameter) of the container, so you can calculate volume.
However, if you assume 10 in is the radius, here is how you solve this problem:
Volumne of Cylinder = PIr2h
PI = 3.142 (close approximation)
r = 10 in
h = 5 feet x 12 inches per foot = 60 inches
FORMULA:
Volume = 3.142 x 10in x 10in x 60in = 18,852 in3 = 10.9097 ft3
10.9097 ft3 = 308.928 Liters
20 * 25 * 40 = 20,000 cc = 20 liters
It is not possible to answer this question, because kilometers is a measure of length, while liters is a measure of volume. It is like asking how long is the water in a glass.
Where? The height of flooding is determined not only by the volume of water, but also by the available height, within which the water is - temporarily - confined.
First convert feet to decimeters. Then use the formula for the volume of a cylinder. The answer will come out in square decimeters, which is the same as liters.
you multiply length x width x height or pour water into container and measure the height, put object in water and measure the water level subtract the water level before and after and that will be your volume
To calculate the volume of water a fish tank holds in liters, you need to measure the length, width, and height of the tank in centimeters. Then, multiply these three dimensions together to get the volume in cubic centimeters. Finally, divide the volume in cubic centimeters by 1000 to convert it to liters.
Assuming a cuboud tank, 1x1.5x2.5 is 3.75m3. This is 3750 litres
20 * 25 * 40 = 20,000 cc = 20 liters
Volume of a cylinder, in liters, =0.001 x (pi) x (radius in centimeters)2 x (length in centimeters)
Deep water waves are long in length but short in height. As the wave moves into shallower depths it becomes shorter in length and taller in height.
Air, I think, or Space?... I think. and water....
You cannot associate length with volume directly. I can assume you mean millilitres here. If so, there are 35,000 millilitres in 35 litres.
volume=length*width*height
It is not possible to answer this question, because kilometers is a measure of length, while liters is a measure of volume. It is like asking how long is the water in a glass.
measure the tank in centimeters. for a cylindrical tank the volume in liters is = pi/4 x diameter x length / 1000 *pi =3.141592
Depends, What is the length/width and height of it?
Where? The height of flooding is determined not only by the volume of water, but also by the available height, within which the water is - temporarily - confined.