Yes, thank you.lekh2003 said:I think I understand what you're saying. If you have a sealed box, with air in it. The amount of air is constant and has a constant density and fills up the box. You then proceed to add water to the box through a tube which I'm assuming acts like a valve and only let's in water but does not let out air.
Now, think about this. There was a fixed amount of air taking up the entire box and you just added some water. Where is the place for the water? Only option is for the pressure and subsequently the density of the air or water to increase so there is more place.
Smaller the container, less place, so more pressure.
Is this what you wanted?
The volume of a container is the amount of space inside the container that can be occupied by a substance or material.
The volume of water in a container is typically measured in units of liters or milliliters.
The shape of a container can greatly affect its volume. For example, a tall and narrow container will have a smaller volume than a short and wide container, even if they have the same height and width.
The volume of water in a container can be calculated by multiplying the length, width, and height of the container. For irregularly shaped containers, the volume can be calculated by measuring the displaced water when the container is filled.
Yes, the volume of water in a container can change if the temperature or pressure of the water changes. For example, when water freezes, it expands and takes up more space, increasing the volume.