Question

Zane and Phoebe are sitting on opposite ends of a teeter-totter that is 4 m long with the pivot point in the exact center. Zane weighs 473 N and Phoebe weighs 311 N. What is the torque exerted by Zane and Phoebe on the teeter-totter?

1) 0 Nm
2) 473 Nm
3) 311 Nm
4) 182 Nm

Answer 1

Zane and Phoebe exert a total torque of 1568 Nm on the teeter-totter.

The correct ootion is not given.

Step-by-step explanation:

To calculate the torque exerted by Zane and Phoebe on the teeter-totter, we need to consider the weight of each person and their respective distances from the pivot point. The torque is given by the formula:

Torque = Force * Distance

Zane, who weighs 473 N, is sitting at one end of the teeter-totter, which is 4 m long. Since the pivot point is in the exact center, Zane's distance from the pivot is 2 m. Therefore, his torque would be:

Torque_Zane = 473 N * 2 m = 946 Nm

Phoebe, who weighs 311 N, is sitting at the other end of the teeter-totter. Her distance from the pivot is also 2 m. Therefore, her torque would be:

Torque_Phoebe = 311 N * 2 m = 622 Nm

So, the total torque exerted by Zane and Phoebe on the teeter-totter is the sum of their individual torques:

Total_Torque = Torque_Zane + Torque_Phoebe = 946 Nm + 622 Nm = 1568 Nm

The correct ootion is not given.