Understanding the Physics of Holding a Partner: What Can I Do?

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Holding a partner while swinging may be easier due to the effects of momentum and centripetal force, which can reduce the impact of gravitational force. The discussion explores the physics principles, specifically the equations for centripetal force (Fc = m x ac) and gravitational force (Fg = mg). When an object is whirled on a string, it tends to move inward due to centripetal force, rather than exerting an outward force on the hand. Understanding these forces can help clarify the dynamics of holding a partner in different positions. Overall, the physics of motion plays a crucial role in determining the ease of holding a partner while stationary versus swinging.
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is it harder to hold him while stationary or while swinging back and forth.

Now I know Fc = m x ac and Fg = mg.

Im thinking it is easier to hold the partner while swinging, because you not only have momentum, but also because the centripetal force is an inward force so it make the gravitational force less. I may be wrong though. What can I do, or what is the answer?
 
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When you whirl an object tied to a string, does that object tend to come toward you, or does the string exert an ouward force on your hand?
 

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