Proof resilience per material is known as________________?

Related Mcqs:

1. Resilience of a material is considered when it is subjected to_________________?

   A. frequent heat treatment B. fatigue C. creep D. shock loading E. resonant condition...

2. A material capable of absorbing large amount of energy before fracture is known as________________?

   A. ductility B. toughness C. resilience D. shock proof E. plasticity...

3. The maximum strain energy that can be stored in a body is known as________________?

   A. impact energy B. resilience C. proof resilience D. modulus of resilience E. toughness...

4. The energy absorbed in a body, when it is strained within the elastic limits, is known as________________?

   A. strain energy B. resilience C. proof resilience D. modulus of resilience E. toughness...

5. Deformation per unit length in the direction of force is known as_________________?

   A. strain B. lateral strain C. linear strain D. linear stress E. unit strain...

6. The property of a material by virtue of which it can be beaten or rolled into plates is called _________________?

   A. malleability B. ductility C. plasticity D. elasticity E. reliability...

7. The stress at which extension of the material takes place more quickly as compared to the increase in load is called______________?

   A. elastic point of the material B. plastic point of the material C. breaking point of the material D. yielding point of the material E. ultimate point of the material...

8. The stress developed in a material at breaking point in extension is called_________________?

   A. breaking stress B. fracture stress C. yield point stress D. ultimate tensile stress E. proof stress...

9. If a material expands freely due to heating it will develop ____________________?

   A. thermal stresses B. tensile stress C. bending D. compressive stress E. no stress...

10. Tensile strength of a material is obtained by dividing the maximum load during the test by the_________________?

    A. area at the time of fracture B. original cross-sectional area C. average of A. and B. D. minimum area after fracture E. none of the above....