The ease with which a material can be hammered into shape without breaking is known as which property?

The ease with which a material can be hammered into shape without breaking is known as which property?

• A. Malleability
• B. Hardness
• C. Toughness
• D. Conductivity

Answer: (A)

Malleability is the property at play here. It describes how easily a material can undergo plastic deformation under compressive forces, such as hammering or rolling, without breaking. In metals, the atomic structure allows layers to slide past one another, so you can shape the material into sheets or objects without cracking. Hardness relates to resisting surface indentation, toughness is about energy absorbed before fracture, and conductivity deals with transferring heat or electricity. So the ability to be hammered into shape without breaking is malleability.

Malleability is the property at play here. It describes how easily a material can undergo plastic deformation under compressive forces, such as hammering or rolling, without breaking. In metals, the atomic structure allows layers to slide past one another, so you can shape the material into sheets or objects without cracking. Hardness relates to resisting surface indentation, toughness is about energy absorbed before fracture, and conductivity deals with transferring heat or electricity. So the ability to be hammered into shape without breaking is malleability.