the higher you pour from the more GPE (gravitational potential energy) the water has, therefore when the water hits the ground it has more enegy than usual and therefore more energy is converted to sound energy.
This is due to the conservation of energy which states that energy can't be made or destroyed but instead changes from one form to another.
When we pour hot water on it, the mouth of the bottle expands and the egg comes out of it slowly.
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
first you get some water then you pour it! first you get some water then you pour it! first you get some water then you pour it! first you get some water then you pour it!
Like water when you pour it down.
The easy way: Pour the water into a graduated container, like a graduated cylinder, and read the volume directly. The hard way: Calculate the volume of a regularly shaped container (cylindrical or rectangular). Pour the water into the container. Measure the height of the water in the container. Calculate the volume of the unfilled portion of the container. Subtract this volume from the total volume of the container.
A hole in the water in which you pour money into.
To pour posion
When water falls from a height, it traps air along with it, forming bubbles. This happens because the force of impact creates turbulence in the water, causing air from the surroundings to mix in and form bubbles as the water splashes.
The answer is poor or pour.... Because a homophone is a word that sounds the same as another one but is spelled different.
It sounds like the gasket is bad. I think the only place you can get it is the dealership.
just do length x width x height You could measure the length, width, and height of the box and multiply the three numbers. You could also fill the box to the level top with sand and pour that sand into a measuring cup to get a reasonably good fix on the volume. To be even more accurate you could pour that sand into a known volume of water and see how much of the water it displaces.
You would need to pour the water into the bowl.