Find the work done in bringing three particles each having a mass of100gm from large distance to the vertices of equilateral triangle of side 20cm?

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Solution

Use this formual
$V = - G (\frac{m_{3} m_{2}}{r_{32}} + \frac{m_{3} m_{1}}{r_{31}} + \frac{m_{2} m_{1}}{r_{21}})$

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Similar questions

Q. Find the work done in bringing three particles each having a mass of 100 gm. From large distance to the vertices of an equilateral triangle of side 20 cm.

Q. Find work done in bringing 3 particles each having mass 100gm from large distance to the vertices of an equilateral triangle of side20cm.

Q. The work done in bringing three particles each of mass

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from large distances to the vertices of an equilateral triangle of side

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Q. Three particles, each of mass

10^{- 2}

kg are brought from infinity to the vertices of an equilateral triangle of side

0.1 m

, the work done is:

Three particles each having a mass of 100 g are placed on the vertices of an equilateral triangle of side 20 cm. The work done in increasing the side of this triangle to 40 cm is

$(G = 6.67 \times 10^{- 11} \frac{N - m^{2}}{k g^{2}})$

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Find the work done in bringing three particles each having a mass of100gm from large distance to the vertices of equilateral triangle of side 20cm?

Use this formual V=−G(m3m2r32+m3m1r31+m2m1r21)

Use this formual
$V = - G (\frac{m_{3} m_{2}}{r_{32}} + \frac{m_{3} m_{1}}{r_{31}} + \frac{m_{2} m_{1}}{r_{21}})$