___ strength is the quality of being resistant to breaking under a pulling force.

___ strength is the quality of being resistant to breaking under a pulling force.

• A. Tensile
• B. Compressive
• C. Shear
• D. Bond

Answer: (A)

Tensile strength describes how much pulling a material can withstand before it breaks. When a component is pulled from opposite ends, it experiences tension, and the material’s tensile strength is the maximum stress it can endure under that pulling before fracturing. This concept is key for things like cables, ropes, and wood fibers loaded in tension, where resisting breakage under pull is essential. Compressive strength, by contrast, is about resisting being squeezed or crushed, not pulled. Shear strength concerns resistance to sliding between joined surfaces or layers under a shearing load. Bond strength relates to how well surfaces or materials stick together, i.e., adhesion, rather than the material’s resistance to breaking under a pulling force.

Tensile strength describes how much pulling a material can withstand before it breaks. When a component is pulled from opposite ends, it experiences tension, and the material’s tensile strength is the maximum stress it can endure under that pulling before fracturing. This concept is key for things like cables, ropes, and wood fibers loaded in tension, where resisting breakage under pull is essential.

Compressive strength, by contrast, is about resisting being squeezed or crushed, not pulled. Shear strength concerns resistance to sliding between joined surfaces or layers under a shearing load. Bond strength relates to how well surfaces or materials stick together, i.e., adhesion, rather than the material’s resistance to breaking under a pulling force.