differential equations
Section 2.09: One Dimensional Motion with Air Resistance Due in 21 hours, 17 minutes....
Section 2.09: One Dimensional Motion with Air Resistance Due in 21 hours, 17 minutes. Due Wed 05/08/2019 11:59 pm A drag chute must be designed to reduce the speed of a 1960 kg dragster from 342 km/hr to 80 km/hr in 4 seconds. Assume that the drag force (k) is proportional to the square of the velocity. (Hint: Convert to meters) Questions C 92(02) a) What value of the drag coefficient k is needed to accomplish this? ky see Preview _Leave an exact answer.) rn- Grade: 2/10 b) How far (in meters) will the dragster travel in the 4-sec interval? Previcw meters. (Round to the nearest meter) Po nts possible:2