they would weigh the same everywhere
Water
No. Air weighs significantly less than water. Because of this, water will alwaysdisplace air in a container and move to the bottom.Here's a ballpark number:A handful of water is usually about 815 times as heavy as the same amountof air at sea level.
Both would weigh the same, as a pound of cold air and a pound of warm air both have the same weight. Temperature does not affect the weight of the air.
Same as converting to Liters. The metric system of weight is based on water and air so that 1000 L of water weighs 1000 kg.Therefore3 785.41178 KG
You would weigh more in the air than in the water due to the buoyant force acting against your weight in the water. In water, your body experiences an upward force opposing gravity, causing you to feel lighter. This effect makes you weigh less in water compared to being in the air.
An object will typically weigh less in water compared to in air, due to the buoyant force acting on it when submerged. This is because the water exerts an upward force on the object, partially offsetting its weight.
Need more info. Either the volume or density of the stone. From the info given all we know is that it will weigh less in the water than in the air.
Objects weigh less in water than in the air because water exerts an upward buoyant force on the object, partially offsetting its weight. This is known as buoyancy, which makes objects feel lighter in water than in air.
They are not really lighter, they only seem lighter. Objects weigh the same in water as in air, but in the water, there is an additional force, of the water pushing the object up.
Correct formulation: "How much does a stone weigh in salt water?"Answer: The same as it does in the air, water, anywhere.
Fish weigh less in water because of buoyancy, which is the upward force exerted by a fluid that counteracts the weight of the object immersed in it. The water exerts an upward force on the fish that partially cancels out the downward force of gravity, making the fish weigh less in water than in air.
No, because the full basketball includes the mass of the air, unless you don't include the air, then they are the same.