= 2.00 kg m = 5.00 kg.s-1 = 9.80 m.s-2 g = 3.92 m.s-1 vT Initial values for velocity [m.s-1] v0 blue: 10 red: magenta: 2 cyan: 0 vT The acceleration as a function of time is a t Initial values for velocity [m.s-1] v0 blue: 10 red: magenta: 2 cyan: 0 vT We can now calculate the displacement as a function of velocity x t
m = 2.00 kg = 5.00 kg.s-1 g = 9.80 m.s-2 vT = 3.92 m.s-1 Initial values for velocity v0 [m.s-1] blue: 10 red: vT magenta: 2 cyan: 0 The acceleration a as a function of time t is Initial values for velocity v0 [m.s-1] blue: 10 red: vT magenta: 2 cyan: 0 We can now calculate the displacement x as a function of velocity t
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