Answer :
Final answer:
Higher frequency stimulation can lead to greater muscle force due to wave summation.
Explanation:
The rate at which a motor neuron fires action potentials affects the tension produced in the skeletal muscle.
The force generated in a muscle depends on the number of myofibers that receive action potentials. When the frequency of action potentials is increased, it can lead to a phenomenon called wave summation, where each twitch adds to the previous one, resulting in a stronger force produced by the muscle. So, the total muscle force generated by higher frequency stimulation can be greater than the force generated in previous simulations.
