The mass of the skiier is 75 kg, and the slope down which he is traveling is 37∘ with respect to the horizontal (which is a typical ``in-run'' to an olympic ski jump). How long will it take t...The mass of the skiier is 75 kg, and the slope down which he is traveling is 37∘ with respect to the horizontal (which is a typical ``in-run'' to an olympic ski jump). How long will it take the skiier to go from the top of the slope to the bottom, if the slope is 115 m long? For each of the intervals (a)–(d) you’ll need to figure out the position (height) and velocity of the rocket at the beginning and the end of the interval, and the acceleration for the interval.
The mass of the skiier is 75 kg, and the slope down which he is traveling is 37∘ with respect to the horizontal (which is a typical ``in-run'' to an olympic ski jump). How long will it take t...The mass of the skiier is 75 kg, and the slope down which he is traveling is 37∘ with respect to the horizontal (which is a typical ``in-run'' to an olympic ski jump). How long will it take the skiier to go from the top of the slope to the bottom, if the slope is 115 m long? For each of the intervals (a)–(d) you’ll need to figure out the position (height) and velocity of the rocket at the beginning and the end of the interval, and the acceleration for the interval.
