The formula for calculating work done by tension in a vine for Tarzan is W = Fd, where W is the work done, F is the tension force, and d is the displacement of the vine.
The tension force in a vine for Tarzan can be determined by using the equation F = ma, where F is the tension force, m is the mass of Tarzan, and a is the acceleration of Tarzan as he swings on the vine.
The work done by tension in a vine for Tarzan is positive, as the force and displacement are in the same direction. This means that the vine is doing work on Tarzan, allowing him to move forward and gain kinetic energy.
Yes, the work done by tension in a vine for Tarzan can be greater than the force applied. This is because work is a product of both force and displacement, so even if the force applied is small, if the displacement is large enough, the work done can still be significant.
The angle of the vine can affect the work done by tension for Tarzan. The work done will be greater if the angle of the vine is closer to 90 degrees, as this will result in a greater displacement and therefore a larger work done.