The graph shows the x-velocity as a function of time of a carton ramped tited at a smal angle. You give the carta push for 0.5 sec, after you release it, the cart goes up the ramp (+) slowing as it goes until it comes to a momentary stop and then goes back down the ramp with increasing speed. You then catch it and bring it to a stop a. How far has the cart moved when you stop pushing? Distance covered a Area under the curve a%10.50.6)-0.15m

can you answer d please? (d) Draw the velocity vectors,  and the resultant velocity vector at this time.

i just need help with parts d and e and e, so the last 3

Knowing that the resultant is 12.5 kN directed at 47.7° E of N, determine the magnitude and direction of force P. 1. 4 kN 6 kN

Can you look 5. question for me ? thx

Please help    a car travelling North turns and then goes west. What direction was the ac

Please do D, E, and F

In Exercises 23 and 24, 0opy veotors u, v, and w head to tail as needed to sketoh the indicated veotor. 23. a. u + v с. и - у b. u + v + w d.u - w

The normal acceleration of an object moving along a curved path. (Select all that are correct) O proportional to radius of curvature. O represents the rate of change in the magnitude of the velocity. represents the rate of change of the velocity vector's direction. O is inversely proportional to the radius of curvature.

For the path shown below 1₂ = 9.4A and you calculate B. di =2.43 x 105 Tm. Find the magnitude of the current 1₁. Round your results to two decimal places. (Ho = 4x107Tm/A) closed path On