3.1 Stress and Strain

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Test your understanding of Stress and Strain through 10 questions covering key concepts, calculations, and stress-strain graphs.

Creada por

Syarafina Shatmi

Malasia

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Froggy Jumps 3.1 Stress and StrainVersión en línea Test your understanding of Stress and Strain through 10 questions covering key concepts, calculations, and stress-strain graphs. por Syarafina Shatmi 1 Which statement correctly describes stress? a Change in length per unit original length b Force per unit cross-sectional area c Change in volume per unit original volume 2 A wire with a cross-sectional area of 2.0×10^-6 m^2 is subjected to a tensile force of 100 N. Calculate the tensile stress. a 5.0 × 10^7 Pa b 5.0 x 10^6 Pa c 2.0 x 10^6 Pa 3 A wire has an original length of 2.0 m. When a force is applied, its length increases by 1.0 mm. Calculate the longitudinal strain. a 5.0 x 10^-3 b 2.0 x 10^-4 c 5.0 x 10^-4 4 A student pulls a rubber band and releases it. The rubber band returns to its original length. This is an example of: a Elastic deformation b Shear deformation c Plastic deformation 5 Which situation represents shear stress? a A rope being stretched by two opposite forces b A block being distorted by forces acting parallel to its surface c A spring being compressed vertically 6 A force of 500 N acts on a circular wire of diameter 2.0 mm. Calculate the tensile stress. a 1.59 × 10^8 Pa b 1.59 × 10^7 Pa c 3.18 × 10^8 Pa 7 On a stress-strain graph, what happens when the material is loaded beyond the elastic limit? a The material becomes perfectly elastic b Plastic deformation occurs c It always returns to its original length 8 Which point represents the point where plastic deformation begins? a Limit of proportionality b Elastic limit c Yield point 9 Which pair is correctly matched? a Glass – ductile b Aluminium – brittle c Copper – ductile 10 Two wires have the same length and are subjected to the same tensile force. Wire A has a smaller cross-sectional area than Wire B. Which statement is correct? a Wire A experiences smaller stress b Wire B experiences larger stress c Wire A experiences larger stress

Froggy Jumps

3.1 Stress and StrainVersión en línea

Test your understanding of Stress and Strain through 10 questions covering key concepts, calculations, and stress-strain graphs.

por Syarafina Shatmi

Which statement correctly describes stress?

Change in length per unit original length

Force per unit cross-sectional area

Change in volume per unit original volume

A wire with a cross-sectional area of 2.0×10^-6 m^2 is subjected to a tensile force of 100 N. Calculate the tensile stress.

5.0 × 10^7 Pa

5.0 x 10^6 Pa

2.0 x 10^6 Pa

A wire has an original length of 2.0 m. When a force is applied, its length increases by 1.0 mm. Calculate the longitudinal strain.

5.0 x 10^-3

2.0 x 10^-4

5.0 x 10^-4

A student pulls a rubber band and releases it. The rubber band returns to its original length. This is an example of:

Elastic deformation

Shear deformation

Plastic deformation

Which situation represents shear stress?

A rope being stretched by two opposite forces

A block being distorted by forces acting parallel to its surface

A spring being compressed vertically

A force of 500 N acts on a circular wire of diameter 2.0 mm. Calculate the tensile stress.

1.59 × 10^8 Pa

1.59 × 10^7 Pa

3.18 × 10^8 Pa

On a stress-strain graph, what happens when the material is loaded beyond the elastic limit?

The material becomes perfectly elastic

Plastic deformation occurs

It always returns to its original length

Which point represents the point where plastic deformation begins?

Limit of proportionality

Elastic limit

Yield point

Which pair is correctly matched?

Glass – ductile

Aluminium – brittle

Copper – ductile

Two wires have the same length and are subjected to the same tensile force. Wire A has a smaller cross-sectional area than Wire B. Which statement is correct?

Wire A experiences smaller stress

Wire B experiences larger stress

Wire A experiences larger stress

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3.1 Stress and Strain

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3.1 Stress and StrainVersión en línea

por Syarafina Shatmi

Which statement correctly describes stress?

A wire with a cross-sectional area of 2.0×10^-6 m^2 is subjected to a tensile force of 100 N. Calculate the tensile stress.

A wire has an original length of 2.0 m. When a force is applied, its length increases by 1.0 mm. Calculate the longitudinal strain.

A student pulls a rubber band and releases it. The rubber band returns to its original length. This is an example of:

Which situation represents shear stress?

A force of 500 N acts on a circular wire of diameter 2.0 mm. Calculate the tensile stress.

On a stress-strain graph, what happens when the material is loaded beyond the elastic limit?

Which point represents the point where plastic deformation begins?

Which pair is correctly matched?

Two wires have the same length and are subjected to the same tensile force. Wire A has a smaller cross-sectional area than Wire B. Which statement is correct?