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Projectile motion refers to the motion of an object near Earths surface, where gravity is the only influence on the object. This may seem like a much more complicated problem than the one-dimensional motion we have looked at so far. However, there are a few features which greatly simplify the situation. Although motion happens in both the x and y directions, the horizontal and vertical motion are independent of each other. This means that we can break the motion into two one-dimensional problems. Each one-dimensional problem will have its own set of five quantities. But since the two problems happen simultaneously, the time interval delta t will be the same for both x and y motion. The acceleration in the vertical direction is 9.8 metres per second squared downwards, while the horizontal motion has no acceleration. Each 1D problem will be able to use the same kinematic equations. But without horizontal acceleration, the x velocity is constant, and the kinematic equation is reduced to