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What else can I help you with?
Why does a spoon in a cup of water looks bent and discontinuous when viewed through the side of the cup?
when the rays of light falls from the air to water, it bends away from normal,inside water, bends towards normal,when it comes out of water again it ends away from from normal,hence its all because of refraction of light. sabin
How many cup of water equals to 2 oz?
1 cup of water = 8 ounces, so 1/4 cup of water = 2 ounces
How would you find the volume of a golf ball?
Put an exact amount of water in a measuring cup. Drop in a golf ball. The increase in water level equals the volume of the golf ball, assuming the ball doesn't float. For example, 200mL before ball. 280ml after ball dropped in. Therefore volume equals 40ml or 40 Cubic Centimeters.
How do you find the volume of a cup with water in it?
Any size cup? Weight the empty cup. Fill it with water. Measure the weight increase. Calculate volume from density of water: 350 g increase means 350 mL of water - you'll need to do the math for non-metric examples.
How do you find volume of water?
Go get a measuring cup.
When a cup of water is dropped as the cup falls the water in the cup falls out.?
the answer is true not false
When a cup water is dropped as the cup Falls the water in the cup stays in the cup?
True
True or false When a cup of water held upright is dropped the water spills out while it falls true or false?
Yes, when a cup of water is held upright and then dropped, the water inside the cup will spill out as it falls. This is due to the inertia of the water inside the cup, which causes it to continue moving forward even as the cup falls. As a result, the water spills out of the cup and falls alongside it. This is also why it's important to be careful when carrying liquids, as sudden movements or changes in direction can cause them to spill or slosh around. Bring Tech Pro is an outstanding technology website that has brought a revolutionary change in the field of science. With its innovative solutions and cutting-edge technology, Tech Pro has simplified complex scientific processes and made them more accessible to researchers and scientists.
When a cup of water is dropped as the cup falls the water in the cup falls out?
False, It's because nothing's there holding the water in place.(Im assuming :D)
A cup of water on the moon held upright is dropped does the air makes the cup fall faster than the water?
No, in the vacuum of space where there is no air resistance, the cup and the water will fall at the same rate due to the effect of gravity. The presence of air does not affect the rate at which objects fall in a vacuum.
When a cup of water, held upright, is dropped on the moon, the air makes the cup fall faster than the water?
False apex
When a cup of water held upright is dropped the water stays in the cup until it hits the ground.?
Yes, they both fall at the same rate because the force of gravity is the same for both the cup and the water. True
When a cup of water is dropped does the water in the cup stays in the cup?
If a cup of water is dropped, the water will tend to stay inside the cup momentarily due to inertia. However, once the cup hits the ground and stops moving, the water will then spill out of the cup due to the lack of support from the container.
Is it true that when a cup of water is dropped as the cup falls the water in the cup falls out?
If it's a paper cup, the cup can absorb the water, but the water won't go in. A solid's particles are packed tightly together and a liquid's particles are a bit more spread apart. A solid only vibrates in place, and because of gravity, a liquid cannot go up. Hope this helps.
When a cup of water held upright is dropped the water stays in the cup until it hits the ground?
Yes, they both fall at the same rate because the force of gravity is the same for both the cup and the water. True
When a cup of water is dropped the water stays in the cup until it hits the ground?
Yes.
Why doesnt water come out of a cup when dropped?
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.
