Higher Level Tasks: To be completed during the practical session, but it is a good idea to read and understand the questions before coming to the practical session. Task 1 Newton's law describes the motion of a rocket-propelled sled as dy m = f - cv dt where m is the sled mass, fis force of the rocket thrust, and cis the drag constant due to air resistance. Assume m = 1000 kg, f 75000 N and v(0) 0 m/s. Determine the velocity of the sled from t =Os to 10s (increments of 0.1s) using the midpoint method for c = 50, 100, 500, 1000 and 2000 Ns/m. You must use a for loop to go through each value of c. On a single figure, plot the velocity against time for each c and provide a statement that contains the velocity of the sled at 10s for each c. E.g. v=???m/s at t=10s if c=50 v=???m/s at t=10s if c=100 Higher Level Tasks: To be completed during the practical session, but it is a good idea to read and understand the questions before coming to the practical session. Task 1 Newton's law describes the motion of a rocket-propelled sled as dy m = f - cv dt where m is the sled mass, fis force of the rocket thrust, and cis the drag constant due to air resistance. Assume m = 1000 kg, f 75000 N and v(0) 0 m/s. Determine the velocity of the sled from t =Os to 10s (increments of 0.1s) using the midpoint method for c = 50, 100, 500, 1000 and 2000 Ns/m. You must use a for loop to go through each value of c. On a single figure, plot the velocity against time for each c and provide a statement that contains the velocity of the sled at 10s for each c. E.g. v=???m/s at t=10s if c=50 v=???m/s at t=10s if c=100