The discussion revolves around a physics problem involving forces, specifically the net force acting on a quarterback tackled by a linebacker. The subject area includes concepts of force, mass, and acceleration in the context of a collision scenario.
The discussion is ongoing, with participants questioning the assumptions made in the original problem statement and seeking clarification on the relevance of certain calculations. Some guidance is offered regarding the need for a clearer problem statement to facilitate understanding.
There are indications that the original problem statement may be incomplete, leading to confusion about the forces acting on the linebacker and the quarterback. Participants note the unrealistic nature of the force value provided in the problem.
Why are you calculating the acceleration of the linebacker? (I assume that's what you're doing.) Are you assuming that the 3.7 * 10^4 N force is the only force acting on the linebacker?afcwestwarrior said:a= 3.7 * 10^4 N/ 110 kg= 336.3 m/s^2
Doc Al said:Why are you calculating the acceleration of the linebacker? (I assume that's what you're doing.) Are you assuming that the 3.7 * 10^4 N force is the only force acting on the linebacker?
Your problem statement in your first post seems truncated--so it's unclear what the full problem is.
Why don't you restate the problem as fully as possible. (If you want the net force on the QB, then the acceleration of the linebacker seems irrelevant.)afcwestwarrior said:I changed up an original problem I had.