drag force

Objective: # program to calculate drag import matplotlib.pyplot as plt #inputs #Drag co-efficient c_d = 0.8 #Frontal area A = 0.1 #Density rho = 1.2 #Velocity velocities = [2,4,6,8,10,12,14,16,18,20] drag_force = [] for velocity in velocities: drag_force.append((0.5*rho*A*c_d*velocity*velocity)) plt.plot(velocities,drag_force) plt.xlabel(\'VELOCITY(m/s)\')…