The specific heat at constant pressure (cp) is given by(a) cp = T \(\left(\cfrac{∂s}{∂T}\right)_p\)(b) cp = T \(\left(\cfrac{∂T}{∂s}\right)_p\)(c) cp = T \(\left(\cfrac{∂v}{∂T}\right)_p\) (d) cp = T \(\left(\cfrac{∂v}{∂T}\right)_p\)

The specific heat at constant pressure (cp) is given by(a) cp = T \(\

1.	The specific heat at constant pressure (cp) is given by(a) cp = T \(\left(\cfrac{∂s}{∂T}\right)_p\)(b) cp = T \(\left(\cfrac{∂T}{∂s}\right)_p\)(c) cp = T \(\left(\cfrac{∂v}{∂T}\right)_p\) (d) cp = T \(\left(\cfrac{∂v}{∂T}\right)_p\)
Answer» (a) c_p = T \(\left(\cfrac{∂s}{∂T}\right)_p\)

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The specific heat at constant pressure (cp) is given by(a) cp = T \(\left(\cfrac{∂s}{∂T}\right)_p\)(b) cp = T \(\left(\cfrac{∂T}{∂s}\right)_p\)(c) cp = T \(\left(\cfrac{∂v}{∂T}\right)_p\) (d) cp = T \(\left(\cfrac{∂v}{∂T}\right)_p\)

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