A mass m is attached to the end ofa rope of length r= 3 meters. The rope can only be whirled around at speeds of 1, 10, 20, or 40 meters per second. The rope can with stand a maximum tension of T = 60 Newtons. Write a program where the user enters the value of the mass m, and the program determines the greatest speed at which it can be whirled without breaking the rope. Assume that the mass m is less than 100 kg. Hint: T= mv? /r. Drop Your Code here: Set the maximumtension Fi Set the message Read the m MaLe ethe ize o the list #Set the rope length #Set the maximum tension Set the message #Read the mass value #Set a list of possible rotation speed #Set the size of the list Drag your statements from the following choices: length = 3 max_tension = 60 message = "The greatest speed without breaking the rope is:" mass = float(input(">>>Enters the value of the mass m: ")) rotation_speed = [1, 10, 20, 40] N= len(rotation_speed) pos = N-1 for i in range (N): tension = mass"rotation_speed[i]""2/length if tension>max_tension: pos =i-1 break print(message.rotation_speed[pos) pos = N+1 continue for i in range (1. N): tension mass rotation speedli"2/r A mass m is attached to the end ofa rope of length r= 3 meters. The rope can only be whirled around at speeds of 1, 10, 20, or 40 meters per second. The rope can with stand a maximum tension of T = 60 Newtons. Write a program where the user enters the value of the mass m, and the program determines the greatest speed at which it can be whirled without breaking the rope. Assume that the mass m is less than 100 kg. Hint: T= mv? /r. Drop Your Code here: Set the maximumtension Fi Set the message Read the m MaLe ethe ize o the list #Set the rope length #Set the maximum tension Set the message #Read the mass value #Set a list of possible rotation speed #Set the size of the list Drag your statements from the following choices: length = 3 max_tension = 60 message = "The greatest speed without breaking the rope is:" mass = float(input(">>>Enters the value of the mass m: ")) rotation_speed = [1, 10, 20, 40] N= len(rotation_speed) pos = N-1 for i in range (N): tension = mass"rotation_speed[i]""2/length if tension>max_tension: pos =i-1 break print(message.rotation_speed[pos) pos = N+1 continue for i in range (1. N): tension mass rotation speedli"2/r A mass m is attached to the end ofa rope of length r= 3 meters. The rope can only be whirled around at speeds of 1, 10, 20, or 40 meters per second. The rope can with stand a maximum tension of T = 60 Newtons. Write a program where the user enters the value of the mass m, and the program determines the greatest speed at which it can be whirled without breaking the rope. Assume that the mass m is less than 100 kg. Hint: T= mv? /r. Drop Your Code here: Set the maximumtension Fi Set the message Read the m MaLe ethe ize o the list #Set the rope length #Set the maximum tension Set the message #Read the mass value #Set a list of possible rotation speed #Set the size of the list Drag your statements from the following choices: length = 3 max_tension = 60 message = "The greatest speed without breaking the rope is:" mass = float(input(">>>Enters the value of the mass m: ")) rotation_speed = [1, 10, 20, 40] N= len(rotation_speed) pos = N-1 for i in range (N): tension = mass"rotation_speed[i]""2/length if tension>max_tension: pos =i-1 break print(message.rotation_speed[pos) pos = N+1 continue for i in range (1. N): tension mass rotation speedli"2/r A mass m is attached to the end ofa rope of length r= 3 meters. The rope can only be whirled around at speeds of 1, 10, 20, or 40 meters per second. The rope can with stand a maximum tension of T = 60 Newtons. Write a program where the user enters the value of the mass m, and the program determines the greatest speed at which it can be whirled without breaking the rope. Assume that the mass m is less than 100 kg. Hint: T= mv? /r. Drop Your Code here: Set the maximumtension Fi Set the message Read the m MaLe ethe ize o the list #Set the rope length #Set the maximum tension Set the message #Read the mass value #Set a list of possible rotation speed #Set the size of the list Drag your statements from the following choices: length = 3 max_tension = 60 message = "The greatest speed without breaking the rope is:" mass = float(input(">>>Enters the value of the mass m: ")) rotation_speed = [1, 10, 20, 40] N= len(rotation_speed) pos = N-1 for i in range (N): tension = mass"rotation_speed[i]""2/length if tension>max_tension: pos =i-1 break print(message.rotation_speed[pos) pos = N+1 continue for i in range (1. N): tension mass rotation speedli"2/r A mass m is attached to the end ofa rope of length r= 3 meters. The rope can only be whirled around at speeds of 1, 10, 20, or 40 meters per second. The rope can with stand a maximum tension of T = 60 Newtons. Write a program where the user enters the value of the mass m, and the program determines the greatest speed at which it can be whirled without breaking the rope. Assume that the mass m is less than 100 kg. Hint: T= mv? /r. Drop Your Code here: Set the maximumtension Fi Set the message Read the m MaLe ethe ize o the list #Set the rope length #Set the maximum tension Set the message #Read the mass value #Set a list of possible rotation speed #Set the size of the list Drag your statements from the following choices: length = 3 max_tension = 60 message = "The greatest speed without breaking the rope is:" mass = float(input(">>>Enters the value of the mass m: ")) rotation_speed = [1, 10, 20, 40] N= len(rotation_speed) pos = N-1 for i in range (N): tension = mass"rotation_speed[i]""2/length if tension>max_tension: pos =i-1 break print(message.rotation_speed[pos) pos = N+1 continue for i in range (1. N): tension mass rotation speedli"2/r