Four identical point masses $'m'$ joined by light string of length $'l'$ arrange such that they form square frame. Centre of table is coincide with centre of arrangment. If arrangement rotate with constant angular velocity $'\omega '$ , find out tension in each string
Four identical point masses $'m'$ joined by light string of length $'l'$ arrange such that they form square frame. Centre of table is coincide with centre of arrangment. If arrangement rotate with constant angular velocity $'\omega '$ , find out tension in each string
- A
$\frac{{m{\omega ^2}l}}{4}$
- B
$m{\omega ^2}l/2$
- C
$m{\omega ^2}l/\sqrt 2 $
- D
$m{\omega ^2}l$
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