Final answer:
A physics problem concerning the stretching of a nylon rope by a mountain climber, which would involve Hooke's Law and Young's modulus but cannot be solved without additional information. The elastic properties of nylon are contrasted with those of a bungee cord.
Step-by-step explanation:
The question asked appears to be a physics problem related to the properties of materials under stress, specifically calculating the stretching of a nylon rope used by a mountain climber. To provide an answer, we would typically apply Hooke's Law, which relates the force applied to the elongation of a spring-like material, and take into consideration the Young's modulus for nylon if provided or look it up.
However, as the exact formula and numerical values such as the modulus of elasticity for nylon are not provided, we cannot calculate the stretch of the nylon rope without making assumptions. Furthermore, we would compare the elastic properties of a nylon rope with that of a bungee cord, which is designed to stretch more due to its different material composition and intended use for dynamic loading.