The it has a density below 1. the buoyant force is greater then then the downward force
yes because the grape is lighter than water
the density
it floats because salt has chemicals so it can float like in the beach it's salt water right,so that's how you could float in the beach.
The grape will float in the water because its density is less than that of water. The grape's skin is impermeable to water, so it won't absorb any and become bigger.
Salt water is much denser than fresh water and therefore can provide a much greater buoyant force.
Yes, Its very possible.
The grape will initially float due to its density being lower than that of the saltwater. However, as the grape absorbs the saltwater through osmosis, it will start to sink as its density increases. Ultimately, the grape will end up fully submerged in the saltwater.
It depends on how dense they are. Cherry/grape tomatoes are light enough.
Because the solute concentration in the salt water is higher then other solutions, in this case, a grape. the moisture is basically sucked out of the grape and the grape shrivels
Jeremejevite does not float on water.
Yes, water can float on water. This is because of surface tension, which allows objects with a lower density than water to float on its surface. Items like boats or water bugs can float because of this phenomenon.
fish does float on water!