(A) The elastic potential energy $(U)$ stored in a stretched wire is given by the formula:$U = \frac{1}{2} \times F \times x$Where:$F = 200 \,N$ (the

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(A) The elastic potential energy $(U)$ stored in a stretched wire is given by the formula:$U = \frac{1}{2} \times F \times x$Where:$F = 200 \,N$ (the applied force)$x = 1 \,mm = 1 \times 10^{-3} \,m$ (the elongation)Substituting the values into the formula:$U = \frac{1}{2} \times 200 \times (1 \times 10^{-3})$$U = 100 \times 0.001$$U = 0.1 \,J$Thus,the elastic potential energy gained by the wire is $0.1 \,J$.

Class 11 Physics Mechanical Properties of Solids Work Done in Stretching a Wire

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$A$ wire suspended vertically from one end is stretched by attaching a weight $200 \,N$ to the lower end. The weight stretches the wire by $1 \,mm$. The elastic potential energy gained by the wire is ....... $J$

A
$0.1$
B
$0.2$
C
$0.4$
D
$10$

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Mechanical Properties of Solids

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Work Done in Stretching a Wire

If $S$ is stress and $Y$ is Young's modulus of the material of a wire,the energy stored in the wire per unit volume is

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Which of the following is true for elastic potential energy density?

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Two wires of the same diameter and the same material have lengths $l$ and $2l$. If the same force $F$ is applied to each,what is the ratio of the work done in stretching the two wires?

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On stretching a wire,the elastic energy stored per unit volume is

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If $x$ longitudinal strain is produced in a wire of Young's modulus $y,$ then energy stored in the material of the wire per unit volume is

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$A$ wire suspended vertically from one end is stretched by attaching a weight $200 \,N$ to the lower end. The weight stretches the wire by $1 \,mm$. The elastic potential energy gained by the wire is ....... $J$

Similar Questions

If $S$ is stress and $Y$ is Young's modulus of the material of a wire,the energy stored in the wire per unit volume is

Which of the following is true for elastic potential energy density?

Two wires of the same diameter and the same material have lengths $l$ and $2l$. If the same force $F$ is applied to each,what is the ratio of the work done in stretching the two wires?

On stretching a wire,the elastic energy stored per unit volume is

If $x$ longitudinal strain is produced in a wire of Young's modulus $y,$ then energy stored in the material of the wire per unit volume is

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