9co, time of run, 3.00 min; initial In a typical experiment performed to measure the electrical equivalent of heat, the following data are obtained: current drawn, 2.00 A; applied voltage, 3.00 V; mass of water, 122 g; mass cal of calorimeter, 30.8 g; specific heat of calorimeter, 0.100 temperature of water, 25.5°C; final temperature of mixture, 27.5°C. Find the value of J from

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In a typical experiment performed to measure the electrical equivalent of heat, the following
data are obtained: current drawn, 2.00 A; applied voltage, 3.00 V; mass of water, 122 g; mass
of calorimeter, 30.8 g; specific heat of calorimeter, 0.100-
gco
cal
time of run, 3.00 min; initial
temperature of water, 25.5°C; final temperature of mixture, 27.5°C. Find the value of J from
these data.
Transcribed Image Text:In a typical experiment performed to measure the electrical equivalent of heat, the following data are obtained: current drawn, 2.00 A; applied voltage, 3.00 V; mass of water, 122 g; mass of calorimeter, 30.8 g; specific heat of calorimeter, 0.100- gco cal time of run, 3.00 min; initial temperature of water, 25.5°C; final temperature of mixture, 27.5°C. Find the value of J from these data.
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