Yes, boats can appear to be lighter when out of the water due to the absence of buoyant forces acting on them. When a boat is in water, it displaces a volume of water equal to its weight, which provides buoyancy. Once removed from the water, this buoyancy effect is lost, and the boat's weight is solely supported by the ground or trailer it rests on. However, the actual mass of the boat remains unchanged; it's just the buoyant force that is no longer acting on it.
To keep a boat afloat, it includes buoyancy. The heavier the boat, the further it shall sink ito the water.boats float because they are lighter than the amout of water that they displace. If you look and a boats shape it is designed to displace alot of water that way it is lighter than that amount of water.
They have large open spaces on the inside, filled with air. Since air is lighter than water, the overall density of the entire boat, including air, is less than that of water
Why do motor boats spit out water
Yes, this is exactly correct. The larger ship has to force more water out of the way because of it's weight, it sits lower in the water because of gravity pulling it down, buoyancy acts in the opposite direction to gravity and keeps the vessel afloat.
Yes For exactly the same boat the lighter will be faster.
Yes, radio controlled boats do work on the water. In fact there are some boats that can reach over 140mph. The radio controlled boats are engineered to work great on water.
Yes. The more water it displaces, the bigger the boat is. More weight distributed over more area means less weight per cubic unit, or per square unit if you're just talking one side.
Water
water
Yes, mangoes are lighter than water. The density of mangoes is lower than the density of water, which means they will float in water.
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.
Yes, Frozen water is 9% Lighter than actual water .