A Carnot engine converts one-fifth of heat given into work. If temperature of sink is reduced by `80^(@)`, efficiency gets doubled. If temperature of sourceand sink is `T_(1)`and `T_(2)` respectively then calculate value of `(T_(1)-T_(2))/(10)`

A Carnot engine converts one-fifth of heat given into work. If tempera

1.	A Carnot engine converts one-fifth of heat given into work. If temperature of sink is reduced by `80^(@)`, efficiency gets doubled. If temperature of sourceand sink is `T_(1)`and `T_(2)` respectively then calculate value of `(T_(1)-T_(2))/(10)`
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A Carnot engine converts one-fifth of heat given into work. If temperature of sink is reduced by `80^(@)`, efficiency gets doubled. If temperature of sourceand sink is `T_(1)`and `T_(2)` respectively then calculate value of `(T_(1)-T_(2))/(10)`

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