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Standard VIII

Physics

Force

ABC is an equ...

Question

ABC is an equilateral triangle with o as its centre F1 F2 F3 represent the three forces along the sides AB ,BC, AC .if if total torque about centre is 0 the the magnitude of F3

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Similar questions

O

is the centre of an equilateral triangle

A B C

F_{1}, F_{2}

and

F_{3}

are three forces acting along the sides

A B, B C

and

C A

as shown in the figure. What should be the magnitude of

F_{3}

so that the total torque about

O

is zero?

Q. O is the centre of an equilateral triangle ABC.

F_{1}, F_{2}

and

F_{3}

are the three forces acting along the sides AB, BC and AC respectively. What should be the value of

F_{3}

so that the total torque about O is zero?

The centre of an equilateral triangle is O. Three forces F1,F2 and F3 are appointed along AB, BC and AC respectively. The magnitude of F3 so that the total torque about O should be zero is

O

is the centre of an equilateral triangle

A B C . F_{1}, F_{2}

and

F_{3}

are three forces acting along the sides

A B, B C

and

A C

as shown. What should be the magnitudes of

F_{3}

so that the total torque about

O

is zero.

A B C

is an equilateral triangle with

O

as its centre,

_{1},_{2}

and

_{3}

represent three forces acting along the sides

A B, B C

and

A C

respectively. If the total torque about

O

is zero then the magnitude of

_{3}

is?

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