13520576 cubic metres = 13520576000 litres.
No, liters measure volume and volume only.
Liters and any denomination of liters are a unit of volume. The definition of matter includes that it has to take up space - volume. So you can indeed use liters and milliliters to measure the volume of a solid. However, the alternative is to use meters (cubed) and any denomination of meters to represent volume. You could say that something is 1.00 liters or you could say that the same thing is 1000 cm3.
A "container" can be of any size, it could hold a litre or it could hold 20 litres. Please say a specific size in this kind of question.
It depends on the volume of the container in question. A container could be 4 inches in height but could be 40,000 cubic inches.
To work out its density. or to know if you could fit it into a container of a specific volume.
Volume = pi*r2*h You have volume. so you could have two other equations finding radius and height. Radius: 10,000 Liters = pi*r2*h 10,000 Liters/pi*h = r2 sqrt(10,000 Liters/pi*h) = r ===============================
The answer depends on the size of the container as well as its 3-dimensional shape. A "round container" is not a useful description since a cylinder, hemisphere, sphere are all examples of containers which might be described as round.
You could lower the temperature.
You cannot. The cylinder could be a large squat shape, or a thin tube which could be as long as you want. The volume of a cylinder does not determine its shape.
Because gas takes the shape of it's container, it can change volume quite easily. No matter what container you put it in, a gas takes that shape and volume.
Cubic meters, liters, cubic centimeters, depending on the amount of liquid.
8 times (which is 4.8 litres)