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23 Nov 2019
Consider a similar situation to the problem above. An arrow with a mass of 0.420 kg is traveling horizontally when it hits a 1.45 kg target placed on a horizontal surface. This time the arrow embeds itself in the target and the target slides across a horizontal surface with friction. The target travels a distance of 6.8 m before it comes to rest. If the coefficient of kinetic friction is 0.40, what was the speed of the arrow before it hit the target?
Consider a similar situation to the problem above. An arrow with a mass of 0.420 kg is traveling horizontally when it hits a 1.45 kg target placed on a horizontal surface. This time the arrow embeds itself in the target and the target slides across a horizontal surface with friction. The target travels a distance of 6.8 m before it comes to rest. If the coefficient of kinetic friction is 0.40, what was the speed of the arrow before it hit the target?
Jarrod RobelLv2
5 Jul 2019
