The particles of water move about faster because they have more energy. This action overcomes the electrostatic attraction slightly more than before spreading the particles out making the water expand.
Merely heating a volume of water will only have a minuscule effect on the weight of the water. Heating the water will however cause it to expand and thus have a lower density. (You have the same mass of water, but over a larger volume.)
Mass divided by volume so 120g divided by 80cm3 = 1.5 this particular object would also sink if you put it water bc water has a density of 1.0
It helps give room for the lungs as they expand.
Yes. Because it has been observed that, when same mass of water is converted into ice, the volume increases up to nearly 1/11 th of that of the water. As density=mass/volume, so density is inversely proportional to volume. Simple experimental demonstration: -- Drop ice in water. -- Ice floats in the water. -- Ice must be less dense than the water, else it would sink. QED
The colour of a container does not impact how hot water can be in it. Water boils at 100 C and the temperature rises no higher. Super hot water can only be produced in sealed high pressure vessels usually made of steel or similar material.
liquid
Th water on your body evaporates into the air and since evaporation ... You can experience temperature change due to compression by examining a can of ... your body it feels very cold because the compressed gas expands and loses heat.
If each edge is six inches the volume of the cube will be 216 cubic inches.
it isn't. water is clear.
D=m/V density = mass divided by volume
James Polk(11)
To chnage the volume of a drum, you must increase or decrease th energy you use to hit the drum. Hope this helped