When you are on a swing, and at the lowest point of your motion, is your apparent weight greater than, less than, or equal to your true weight?
-in circular motion there must be a centripetal force directed the center.
-at the bottom of the swing trajectory we can pretend you are in uniform circular motion, so the net force points toward the center of the circle.
-therefore, the swing must exert a force on you than the earth does in the downward direction.
-so, your apparent weight is your true weight.

In circular motion ,Uniform circular motion can be described as the motion of an object in a circle at a constant speed.

Summing forces in the y-direction tells us that the normal force is equal in magnitude to the weight. In the x-direction, the only force there is is the frictional force therefore your apparent weight is equal to your true weight

Explanation:

In circular motion there must be a centripetal force directed _towards__ the center.

At the bottom of the swing trajectory we can pretend you are in uniform circular motion, so the net force points _inwards__ toward the center of the circle.

Therefore, the swing must exert a constant force on you than the earth does in the downward direction.

So, your apparent weight is _equal to___ your true weight.

im not to sure what it is

the assestment will probley apele with cause and effect