Not Much
Both the can in the pan of water and the mercury barometer function based on the principle of atmospheric pressure. In both cases, changes in atmospheric pressure will cause a corresponding change in the level of water or mercury in the device. The height of the water or mercury serves as an indicator of the atmospheric pressure at that moment.
Answer: It is a chemical change, it changes the actual composition of the object by removing water.
Freeze-drying is a chemical change because it changes the actual composition of the object by removing water.
Glass floats in mercury because mercury is much denser than glass, creating a buoyant force that allows the glass to float. In contrast, water is less dense than glass, causing the glass to sink due to its higher density. The buoyant force in water is not enough to support the heavier glass object.
The cause is the difference in density; the density of water is 1 g/cm3 and for mercury is 13,5 g/cm3.
If an object floats in water it will also float in the much denser mercury
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displacement
It all depends with the topography of the land and the speed of water. Running water will move an object that it overpowers it.
The volume of water pushed out of the way by an object is called the displaced volume or the volume of water displaced. This is the volume of water that is moved aside when an object is immersed in a fluid.
Displacement is used in physics to measure how far and in what direction an object has moved from its original position. It is calculated as the difference between the final position of an object and its initial position. Displacement can help determine an object's change in location, regardless of the path it took to get there.
The volume of the object (if it sinks completely) otherwise the displacement of the object.
It is physical because the object doesn't chemical change . the object just pushes upward in water of liquid and gas( air) on an object placed in it.
It is physical because the object doesn't chemical change . the object just pushes upward in water of liquid and gas( air) on an object placed in it.
Water does not change as much in volume with temperature as much as Mercury does, which makes it more difficult to read temperature Changes on a scale.
Both the can in the pan of water and the mercury barometer function based on the principle of atmospheric pressure. In both cases, changes in atmospheric pressure will cause a corresponding change in the level of water or mercury in the device. The height of the water or mercury serves as an indicator of the atmospheric pressure at that moment.