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A2 kg block is placed on a horizontal smooth table The block is held compressing a spring a distancex0.1 m. The table height is h05m above ground level Atet releane, the black talls distance R1m from tthe edge of the table The spring constant k in Nim is h O 2+10 O se10 Activate Windo

A2 kg block is placed on a horizontal smooth table The block is held compressing a spring a distancex0.1 m. The table height is h05m above ground level Atet releane, the black talls distance R1m from tthe edge of the table The spring constant k in Nim is h O 2+10 O se10 Activate Windo

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A2 kg block is placed on a horizontal smooth table The block is held compressing a spring a distancex0.1 m. The table height is h05m above ground level Atet releane, the black talls distance R1m from tthe edge of the table The spring constant k in Nim is h O 2+10 O se10 Activate Windo
Transcribed Image Text:A2 kg block is placed on a horizontal smooth table The block is held compressing a spring a distancex0.1 m. The table height is h05m above ground level Atet releane, the black talls distance R1m from tthe edge of the table The spring constant k in Nim is h O 2+10 O se10 Activate Windo
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Given

Given:

Mass,m=2kgStretched Distance,x=0.1mHeight,h=0.5mDistance,R=1mAcceleration due to gravity,g=9.8m/s2

The law of conservation of energy asserts that an isolated system's total energy remains constant throughout time; it is said to be conserved.

In a closed system, the energy of interacting bodies or particles remains constant. Kinetic energy, or energy of motion, was the first type of energy to be recognized. The total potential and kinetic energy are constant at all times.

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