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They are both equal in weight which is one pound and one pound, so in case one decides to place them on balance one will achieve a level plane.
They are both equal in weight which is one pound and one pound, so in case one decides to place them on balance one will achieve a level plane.
See lessA pound of rocks on earth (not in a vacuum) is slightly heavier than a pound of feathers; this is because 'rocks' obviously have a higher density than 'feathers', assuming the feathers are loosely held and not tightly packed. and it can also be this it's 1 pound So mass would be the same of 1 poundRead more
A pound of rocks on earth (not in a vacuum) is slightly heavier than a pound of feathers; this is because ‘rocks’ obviously have a higher density than ‘feathers’, assuming the feathers are loosely held and not tightly packed.
and it can also be this
it’s 1 pound So mass would be the same of 1 pound of feathers and rocks
but if it’s weight and not in vacuum
then as buoyant force on feather would be more because it’s volume ×pg As volume occupied by 1 pound would be more
so due to more buoyant force it has less weight
so it think it can be the same for both
See lessNeither is heavier 'cause they all have the same weight.
Neither is heavier ’cause they all have the same weight.
See lessThey both have same weight
They both have same weight
See lessA pound of rocks is on the earth ( not in a vacuum) is heavier than a pound of feathers; this is because 'rocks' obviously have a higher density than 'feathers', assuming the feathers are loosely held and not tightly packed.
A pound of rocks is on the earth ( not in a vacuum) is heavier than a pound of feathers; this is because ‘rocks’ obviously have a higher density than ‘feathers’, assuming the feathers are loosely held and not tightly packed.
See less