A metal of mass m metal =0.19 kg is heated to a temperature 184 C.Once the metal reaches to this temperature, it is dropped into a beaker of water of mass m,=1.7 kg and initial temperature Tw(initia) = 24.5 C. If the equilibrium temperature of water-metal system is T= 39°C, find the specific heat capacity of the metal (cw=4186J/kgK) %3D V J/kgk
A metal of mass m metal =0.19 kg is heated to a temperature 184 C.Once the metal reaches to this temperature, it is dropped into a beaker of water of mass m,=1.7 kg and initial temperature Tw(initia) = 24.5 C. If the equilibrium temperature of water-metal system is T= 39°C, find the specific heat capacity of the metal (cw=4186J/kgK) %3D V J/kgk
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Transcribed Image Text:A metal of mass mmeta = 0.19 kg is heated to a temperature 184 C.Once the metal reaches to this
temperature, it is dropped into a beaker of water of mass m= 1.7 kg and initial temperature
Twinitia) = 24.5°C. If the equilibrium temperature of water-metal system is T= 39°C, find the specific heat
capacity of the metal (cw=4186J/kgk)
J/kgK
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