If four weights are hung together, what will be the tension in the cord at a specific point labeled x?

To determine the tension in the cord at a specific point when four weights are hung together, it is essential to understand the principles of physics, particularly those relating to force and tension.

The total weight being supported by the cord is the sum of all individual weights. If the weights contribute to a cumulative total that equals 60 pounds, the tension in the cord at the point labeled x would also be 60 pounds, provided that this point is directly supporting those weights.

In scenarios involving pulleys or multiple points of weight distribution, the tension might vary depending on the configuration, but in a straightforward setup where weights hang directly from a cord, the tension equals the total weight being suspended below that point.

For instance, if you have four weights where the combined weight measures at 60 pounds, the full weight exerted downwards on the cord will be reflected as tension at that specific point. Hence, the correct answer regarding the tension at point x is indeed determined to be 60 pounds.