Final answer:
Resistance to elongation is greater for rapid stretching compared to slow static stretching. When you stretch quickly, the resistance of the material to elongation increases, making it harder to stretch.
Step-by-step explanation:
Resistance to elongation is greater for rapid stretching compared to slow static stretching. When you stretch quickly, the resistance of the material to elongation increases, making it harder to stretch.
This is because rapid stretching can cause the material to undergo strain-stiffening, where the stretching of the cytoskeletal filaments dominates over the inelastic unbinding and unfolding of crosslinks and cross-bridges.