Hooke’s Law

1. Which of the following formulas shows the work done by a force to extend a spring to an extension e.

Question 1 of 14

2. The ability of a material to recover its original shape and size after the force causing deformation is removed is called?

Question 2 of 14

3. What is the name given to materials which do not recover but are deformed permanently under stress?

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4. What is the name of the point where an elastic material like spring cannot regain back its shape (point of permanent extension/deformation)?

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5. The ability of a material to undergo significant permanent change of size and shape (plastic deformation) without breaking/rupture is called?

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6. What is the name given when 2 ends of a spring are squeezed together?

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7. There are some materials that regain their original shapes after being stretched even though they do not obey hookes Law. True or False?

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8. The resistance a material offers to forces which tend to change its shape or size or both hence not flexible to bending is called?

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9. What is the name given when 2 ends of a spring are stretched?

Question 9 of 14

10. The quality of a material which leads to breakage just after the elastic limit is reached is called?

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11. Materials like rubber bands, springs and metal wires which regain their shapes once the force causing the deformation is withdrawn are said to be?

Question 11 of 14

12. The ability of a material to resist breakage/failure when under stretching, compressing or shearing force is called?

Question 12 of 14

13. Hooke's Law states that for a helical spring or other elastic material, the extension of the mateiral is directly proportional to the stretching force provided the elastic limit is not exceeded. True or False?

Question 13 of 14

14. Which of the following formulas shows the relationship between force and extension of an elastic material?

Question 14 of 14