What is the formula for calculating tensile strength?

What is the formula for calculating tensile strength?

• A. Load/Area
• B. Area/Load
• C. Force/Area
• D. Load x Area

Answer: (A)

Tensile strength is a measure of how much load a material can carry per unit cross‑sectional area when it is pulled, i.e., a type of stress. The correct relationship is force (load) divided by area, giving stress in units like pascals or megapascals. If you multiply the two or take the inverse, you’re not describing how much load per area the material can withstand. Area divided by load would be the inverse of stress, not the strength, and multiplying force by area gives a quantity with the wrong units. In short, tensile strength = load ÷ cross-sectional area.

Tensile strength is a measure of how much load a material can carry per unit cross‑sectional area when it is pulled, i.e., a type of stress. The correct relationship is force (load) divided by area, giving stress in units like pascals or megapascals. If you multiply the two or take the inverse, you’re not describing how much load per area the material can withstand. Area divided by load would be the inverse of stress, not the strength, and multiplying force by area gives a quantity with the wrong units. In short, tensile strength = load ÷ cross-sectional area.