The heat capacity of liquid toluene at atmospheric pressure is well represented in the range 280 K to 360 K by the empirical equation c p 1 17 9 61 10 3 T, where T is in K and cp is in J g C What is the enthalpy change per gram in heating the liquid from 10C to 60C ...

enthalpy change per gram in heating liquid toluene from 10C to 60C we can use the following ...

The heat capacity of liquid toluene at atmospheric pressure is well represented in the range 280 K

Question:

The heat capacity of liquid toluene at atmospheric pressure is well represented in the range 280 K to 360 K by the empirical equation c_p = -1.17 + 9.61 × 10⁻³T, where T is in K and cp is in J/g ◦C. What is the enthalpy change per gram in heating the liquid from 10◦C to 60◦C?

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