Hisoka is trying to save Gon from sliding down the side of a mountain and into an abyss of eternal doom. Gon is unconscious in a cart, sliding down the mountain at an angle of 24 degrees above the horizontal. Hisoka tries to slow the cart down by attaching his bungy gum (if you haven't seen this show, just treat this as Hisoka pushing the cart up the slope of the mountain parallel to the inclined surface). The cart has a mass of 50kg, and Gon has a mass of 80kg. The coefficient of friction between the cart and the mountain is 0.14. The cart has 12m before it reaches the edge of the cliff, and is moving at a rate of 15 m/s. Using a gravity value of 10, how much force does Hisoka need to push on Gon's cart to get it to stop before falling off the cliff? The answer is 1,581 N, can we please dissect this step by step?
Hisoka is trying to save Gon from sliding down the side of a mountain and into an abyss of eternal doom. Gon is unconscious in a cart, sliding down the mountain at an angle of 24 degrees above the horizontal. Hisoka tries to slow the cart down by attaching his bungy gum (if you haven't seen this show, just treat this as Hisoka pushing the cart up the slope of the mountain parallel to the inclined surface).
The cart has a mass of 50kg, and Gon has a mass of 80kg. The coefficient of friction between the cart and the mountain is 0.14. The cart has 12m before it reaches the edge of the cliff, and is moving at a rate of 15 m/s.
Using a gravity value of 10, how much force does Hisoka need to push on Gon's cart to get it to stop before falling off the cliff?
The answer is 1,581 N, can we please dissect this step by step?
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