Two taps `A` and `B` supply water at temperature `10^(@)C` and `50^(@)C` respectively . Tap `A` alone fills the tank in `1` hour and tap `B` alone fills the tank in `3` hour. If we open both the taps together in the empty tank , if the final temperature of the water in the completely filled tank is found to be `5alpha (\"in\" \"^(@)C)` . Find the value of `alpha`. Neglect loss of heat to surrounding and heat capacity of the tank.
Two taps `A` and `B` supply water at temperature `10^(@)C` and `50^(@)C` respectively . Tap `A`
Two taps `A` and `B` supply water at temperature `10^(@)C` and `50^(@)C` respectively . Tap `A` alone fills the tank in `1` hour and tap `B` alone fills the tank in `3` hour. If we open both the taps together in the empty tank , if the final temperature of the water in the completely filled tank is found to be `5alpha (\"in\" \"^(@)C)` . Find the value of `alpha`. Neglect loss of heat to surrounding and heat capacity of the tank.
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