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Choose the answers from below 1. The max load a specimen can withstand divided by its original cross-sectional area is Answer. 2. The ratio of applied load to original cross-sectional area is defined as Answer. 3. Sudden localized reduction in the cross-sectional area of a specimen is defined as Answer. 4. The distance between the attachment points of an extensometer is defined as Answer. 5. The slope of the linear portion of the stress-strain curve is the graphic representation of Answer. 6. The type of fracture surface that is rough in texture and is perpendicular to the Iongitudinal axis of the specimen is characteristic of Answer. 7. After the lower yield point is reached, more stress must be applied to increase the strain. The effect of this property is known as Answer. 8. The area under a stress-strain curve up to the proportional limit is the graphic equivalent of the Answer. 9. The area under a complete stress-strain diagram is the graphic equivalent of the Answer. 10.What is the instrument used to measure elongation in a tensile test? Answer. Gage length, Necking, Stress, toughness, Strain-gage extensometer, Resilience, Strain hardening, Ultimate tensile strength, Brittle failure, Modulus of elasticity

User GoalMaker
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1. The max load a specimen can withstand divided by its original cross-sectional area is the Ultimate Tensile Strength.
2. The ratio of applied load to original cross-sectional area is defined as Stress.
3. Sudden localized reduction in the cross-sectional area of a specimen is defined as Necking.
4. The distance between the attachment points of an extensometer is defined as Gage Length.
5. The slope of the linear portion of the stress-strain curve is the graphic representation of Modulus of Elasticity.
6. The type of fracture surface that is rough in texture and is perpendicular to the longitudinal axis of the specimen is characteristic of Ductile Failure.
7. After the lower yield point is reached, more stress must be applied to increase the strain. The effect of this property is known as Strain Hardening.
8. The area under a stress-strain curve up to the proportional limit is the graphic equivalent of Resilience.
9. The area under a complete stress-strain diagram is the graphic equivalent of Toughness.
10. The instrument used to measure elongation in a tensile test is a Strain-gage Extensometer.
User Itsproinc
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