Force: The energy exerted on an object
Force is equal to mass times acceleration, meaning the mass of an object impacts how much force you will apply to it.
Force is equal to mass times acceleration. This means that the amount of force you apply will depend on the acceleration. If one object has a greater acceleration than another, that means you will have to apply more force to the object with a greater acceleration.
The formula that describes the relationship between force, mass, and acceleration is newtons second law. Force is equal to mass times acceleration.
Newtons second law states that the amount of force needed to stop an object is directly related to the amount of mass an object has and the amount of acceleration an object has
Compaction and cementation presses the layers and sticks the particles together. This creates sedimentary rock. Rocks underground get heated and put under pressure, and are changed into metamorphic rock. ... When the magma (lava) cools quickly, it turns into solid extrusive igneous rock.
