In many experiments, a velocity versus position (v-s) profile is obtained. v (ft/s) -v = 0.6...

  

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In many experiments, a velocity versus position (v-s) profile is obtained. v (ft/s) -v = 0.6 s4 75- If we have a v-s graph for the tank truck, how can we determine its acceleration at -s(ft) 1500 625 position s= 1500 feet? v (m/s) The velocity of a car is recorded from a experiment. The car starts from rest and travels along a straight track. 20 If we know the v-t plot, how can we determine the distance the car traveled during the time interval 0 <t<30 s or (s) 20 30 15 <t<25 s? In many experiments, a velocity versus position (v-s) profile is obtained. v (ft/s) -v = 0.6 s4 75- If we have a v-s graph for the tank truck, how can we determine its acceleration at -s(ft) 1500 625 position s= 1500 feet? v (m/s) The velocity of a car is recorded from a experiment. The car starts from rest and travels along a straight track. 20 If we know the v-t plot, how can we determine the distance the car traveled during the time interval 0 <t<30 s or (s) 20 30 15 <t<25 s?