Because the effect of gravity doesn't really care about density -- all objects are accelerated at the same rate (ignoring wind resistance). Since the cup is feeling wind resistance, but the water isn't (since it's in the cup), the water is experiencing "positive" g-forces, even while falling. So gravity keeps the water in the cup.
After you dropped a rock in a cup of water you noticed some displacement of the water on the counter.
A cup of sand, sand sinks in water, thus its heavier.
I assume you mean the water in the cup. Foam is a better insulator than glass, so it should be the water in the glass cup.
The cup.
If you know the approximate volume of the object (½cup shortening, for example),fill a measuring cup with ½cup cold water, and add the object until you reach twice the volume.For example, ½cup water + ½cup shortening = 1 cup → this would mean that you have ½cup of the irregular object (shortening).
No the water was dropped, not the cup.correct
True
the answer is true not false
Yes.
There's no reason it should, since the water and the cup fall with the same acceleration.
false
lasagna doesnt come in a cup.
After you dropped a rock in a cup of water you noticed some displacement of the water on the counter.
Yes, they both fall at the same rate because the force of gravity is the same for both the cup and the water. True
False apex
Yes, they both fall at the same rate because the force of gravity is the same for both the cup and the water. True
False, It's because nothing's there holding the water in place.(Im assuming :D)