Determine the magnitude of the torque that is being exerted

Reference no: EM13985320

A circular loop of wire with a radius of 0.8cm carries a current of 6 A. The loop is in a region of space where the magnitude of the magnetic field is 0.03T.The orientation of the loop:The angle, Theta, is 600 and the current is flowing out of the page to into the page indicates the direction of the current in the loop.

Determine the magnitude of the torque that is being exerted on the loop.

Reference no: EM13985320

Questions Cloud

Find the potential difference between points a and b : Two charges are placed as shown in the figure 1 with q1 = 2.6 μC and q2= -5.1, Find the potential difference between points A and B. Express your answer using two significant figures. μC.

Identify and describe a failed organizational change : Identify and describe a failed organizational change. Identify and describe one organizational change theory and Apply the theory above to the failed change above

Determine the direction the loop will want to rotate : A circular loop of wire with a radius of 0.8cm carries a current of 6 A. Determine the direction the loop will want to rotate. Indicate the direction of rotation on the diagram.

Question regarding the concentric sphere : A point P is chosen uniformly in an n-dimensional sphere of radius 1. Next, a point Q is chosen uniformly within the concentric sphere, centered at the origin, going through P . Let X and Y be the distances of P and Q, respectively, to the common ..

Determine the magnitude of the torque that is being exerted : A circular loop of wire with a radius of 0.8cm carries a current of 6 A. Determine the magnitude of the torque that is being exerted on the loop.

Drawing pin points downward : Let Y be the number of times the drawing pin points downward in the latter series of throws. Find the distribution of Y (cf. Problem 3.8.31).

Contrast the style of labor unions in the united states : Contrast the style of labor unions in the United States to that found in other countries

What would be radius of particles resulting circular motion : If the magnetic field were to be directed perpendicular to the particle instead of in the X direction as given, what would be the radius of the particle's resulting circular motion?

Problem regarding the probability of heads : Let X be the number of coin tosses until heads is obtained. Suppose that the probability of heads is unknown in the sense that we consider it to be a random variable Y ∈ U (0, 1).

User Account

All Pages