Yes. A body can have potential energy and vector(kinetic) energy at the same time.
Total energy of an isolated object is always same.
When each object has the same energy, energy transfer can still occur between objects. The object with the greatest mass or traveling speed will transfer the energy.
it shld be like this if i'm not wrong chemical potential energy of the fuel is constantly converted to the kinetic energy of the object, which will then be converted to heat and sound energy of the object. Causing the object to move at the same speed...
no. if an object moves faster its kinetic energy increases but at the same time its potential energy decreases.
When they're both at the same height, the heavier object has more gravitational potential energy.
When the object is rolling it has kinetic energy or KE and when the object is at rest it has potential energy or U. In this case both are mechanical energies and mechanical energy is conserved within a system meaning it is only transferred not gained or lost.
Objects in motion have kinetic energy and objects at rest have potential energy. Whether or not the object in motion has more energy than the same object at rest or vice versa depends on specific circumstances. It depends on the speed of the object in motion.
yes it is, but you can only have kinetic energy of the object is in motion and potential energy if the object is any height above zero
No. Gravitational force is the pull an object experience from gravity. Gravitational energy is the energy an object has from its position in a gravitational field. An object moving up in a gravitational field gains gravitational energy.
In a closed system, yes. Both objects will be at the same thermal energy level, and neither will be able to release any to the other. In the real world, this is not the case, heat would continue to dissipate until the object reaches the same thermal energy level as the air around it, approximately.
Energy = Force x Distance travelled in direction of force. A lower force can output the same energy by working on the object over a longer distance.
stays the same