When the forces on it do not add up to zero.
One instance, when a particle is accelerated with sufficient kinetic energy, that energy can change into mass in the form of subatomic particles.
The object is accelerated towards the centre of mass of system formed by the object moving and the other object.
Mass!
property of a physical body which determines the strength of its mutual gravitational attraction to other bodies, its resistance to being accelerated by a force, and in the theory of relativity gives the mass-energy content of a system
If you measure the mass of a movjng object as it moves through your laboratory, you'll always find that it has more mass than it had when it was just sitting on the shelf. The faster it's moving through your laboratory, the greater its mass will be. It doesn't matter whether it's accelerating or not.
A mass to be accelerated and a force to provide the acceleration.
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Force happens when an object of mass is accelerated, and the equation to calculate force is : force=mass/acceleration
One instance, when a particle is accelerated with sufficient kinetic energy, that energy can change into mass in the form of subatomic particles.
if an object with mass was to be accelerated to the speed of light it would disintegrated and then become trapped in the black whole. however the only way a mass could possibly accelerate to such a speed would have to be caused by the pule of a black whole or something of even more mass.
The"mass effect" in the video game series Mass Effectrefers to the technology that this game's universe is built around. Basically the most important discovery in the future was a technology, the specifics of which are unexplained, that reduces the mass of an object to almost zero allowing it to easily be accelerated. This means that ships can be accelerated past light speed, and that bullets can be little pieces of sand instead of large pellets.www.omfgnetwork.com
yes! because mass means the quantity of matter as determined from its weight or newton's second row of motion
The carts will be accelerated, by the force, a=F/m.
A gram is a gram is a gram whether it be feather or lead (unless of course it can be accelerated to near light-speed).
One idea of Aristotle's that was later proved incorrect is his belief that heavier objects fall faster than lighter objects. This was disproven by Galileo's experiments with falling objects.
The object is accelerated towards the centre of mass of system formed by the object moving and the other object.
Weight is mass, when accelerated by a gravitational pull. In space you are weightless, but still have mass. The same object will weigh less at the top of a mountain, because there is slightly less gravity. It will still be the same object and therefore have the same unchanging mass.