space The speed of a parachutist who drops himself into calculated depending can be with an...

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space The speed of a parachutist who drops himself into calculated depending can be with an initial speed of zero time with the following expression: on V (+) = gm gm [₁-e-ct/m] с Here, the gravitional acceleration is g = 9,81 m/s², the a parachutist's is m: 68.1 kg and the air resistance coefficient mass 15 c = 12.5 kg/ls. at Calculate how far the parachutist has traveled the and of + = 10 seconds, using the trapezoidal and Simpson 1/3 rule methods, using the expression + d= Svetidt, with the O number of intervals being 10. (Actual value: di 289,43515 H space The speed of a parachutist who drops himself into calculated depending can be with an initial speed of zero time with the following expression: on V (+) = gm gm [₁-e-ct/m] с Here, the gravitional acceleration is g = 9,81 m/s², the a parachutist's is m: 68.1 kg and the air resistance coefficient mass 15 c = 12.5 kg/ls. at Calculate how far the parachutist has traveled the and of + = 10 seconds, using the trapezoidal and Simpson 1/3 rule methods, using the expression + d= Svetidt, with the O number of intervals being 10. (Actual value: di 289,43515 H

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