C(2) since it is stated that the cable of uniform construction. unfortunately, i have to assume forward motion of the helicopter and that it is not in a vacuum
That’s a fair point but its also unclear how that would actually affect the rope. The rotor blades spin faster on the outside of their sweep, so they are driving the air downwards more powerfully there, although the rope is farther below the blades.
Which C?
C(2) since it is stated that the cable of uniform construction. unfortunately, i have to assume forward motion of the helicopter and that it is not in a vacuum
One has to assume the body of the helicopter is a perfectly spherical cow.
Both. The first c when the heli is flying at a constant speed. The 2nd one when it’s accelerating.Edit: problem description said constant speed, so that means the first one.
I’m gonna say 1st. The propeller blows downwards so it would have that effect on the upper portion of the rope.
That’s a fair point but its also unclear how that would actually affect the rope. The rotor blades spin faster on the outside of their sweep, so they are driving the air downwards more powerfully there, although the rope is farther below the blades.