366311 Three liquids with masses \(m_{1}, m_{2}, m_{3}\) are thoroughly mixed. If their specific heats are \(c_{1}, c_{2}, c_{3}\) and their temperatures \(T_{1}, T_{2}, T_{3}\) respectively, then the temperature of the mixture is

366312 An electrical heater having coil is immersed in a calorimeter containing \(360\;g\) of water at \(90^\circ C\). The coil consumes energy at the rate of \(90\;W\). The water equivalent of calorimeter and coil is \(40\;g\). The temperature of water after \(10\;\min \) is

366313 In defining the specific heat, temperature is represented in \(^\circ F\) instead of \(^\circ C\). Then the value of specific heat will

366314 The heat capacity of a material depends upon

366315 During illness an \(80\;kg\) man ran a fever of \(102.2^\circ F\) instead of normal body temperature of \(98.6^\circ F\). Assuming that human body is mostly water, how much heat is required to raise his temperature by that amount?

366311 Three liquids with masses \(m_{1}, m_{2}, m_{3}\) are thoroughly mixed. If their specific heats are \(c_{1}, c_{2}, c_{3}\) and their temperatures \(T_{1}, T_{2}, T_{3}\) respectively, then the temperature of the mixture is

366312 An electrical heater having coil is immersed in a calorimeter containing \(360\;g\) of water at \(90^\circ C\). The coil consumes energy at the rate of \(90\;W\). The water equivalent of calorimeter and coil is \(40\;g\). The temperature of water after \(10\;\min \) is

366313 In defining the specific heat, temperature is represented in \(^\circ F\) instead of \(^\circ C\). Then the value of specific heat will

366314 The heat capacity of a material depends upon

366315 During illness an \(80\;kg\) man ran a fever of \(102.2^\circ F\) instead of normal body temperature of \(98.6^\circ F\). Assuming that human body is mostly water, how much heat is required to raise his temperature by that amount?

366311 Three liquids with masses \(m_{1}, m_{2}, m_{3}\) are thoroughly mixed. If their specific heats are \(c_{1}, c_{2}, c_{3}\) and their temperatures \(T_{1}, T_{2}, T_{3}\) respectively, then the temperature of the mixture is

366312 An electrical heater having coil is immersed in a calorimeter containing \(360\;g\) of water at \(90^\circ C\). The coil consumes energy at the rate of \(90\;W\). The water equivalent of calorimeter and coil is \(40\;g\). The temperature of water after \(10\;\min \) is

366313 In defining the specific heat, temperature is represented in \(^\circ F\) instead of \(^\circ C\). Then the value of specific heat will

366314 The heat capacity of a material depends upon

366315 During illness an \(80\;kg\) man ran a fever of \(102.2^\circ F\) instead of normal body temperature of \(98.6^\circ F\). Assuming that human body is mostly water, how much heat is required to raise his temperature by that amount?

366311 Three liquids with masses \(m_{1}, m_{2}, m_{3}\) are thoroughly mixed. If their specific heats are \(c_{1}, c_{2}, c_{3}\) and their temperatures \(T_{1}, T_{2}, T_{3}\) respectively, then the temperature of the mixture is

366312 An electrical heater having coil is immersed in a calorimeter containing \(360\;g\) of water at \(90^\circ C\). The coil consumes energy at the rate of \(90\;W\). The water equivalent of calorimeter and coil is \(40\;g\). The temperature of water after \(10\;\min \) is

366313 In defining the specific heat, temperature is represented in \(^\circ F\) instead of \(^\circ C\). Then the value of specific heat will

366314 The heat capacity of a material depends upon

366315 During illness an \(80\;kg\) man ran a fever of \(102.2^\circ F\) instead of normal body temperature of \(98.6^\circ F\). Assuming that human body is mostly water, how much heat is required to raise his temperature by that amount?

366311 Three liquids with masses \(m_{1}, m_{2}, m_{3}\) are thoroughly mixed. If their specific heats are \(c_{1}, c_{2}, c_{3}\) and their temperatures \(T_{1}, T_{2}, T_{3}\) respectively, then the temperature of the mixture is

366312 An electrical heater having coil is immersed in a calorimeter containing \(360\;g\) of water at \(90^\circ C\). The coil consumes energy at the rate of \(90\;W\). The water equivalent of calorimeter and coil is \(40\;g\). The temperature of water after \(10\;\min \) is

366313 In defining the specific heat, temperature is represented in \(^\circ F\) instead of \(^\circ C\). Then the value of specific heat will

366314 The heat capacity of a material depends upon

366315 During illness an \(80\;kg\) man ran a fever of \(102.2^\circ F\) instead of normal body temperature of \(98.6^\circ F\). Assuming that human body is mostly water, how much heat is required to raise his temperature by that amount?