For silver, `C_p(JK^(-1)mol^(-1))=23+0.01T` If the temperature (T) of 3 moles of silver is raised from 300 K to 1000 K at 1 atm pressure, the value of 'Delta H' will be close to

For silver, C_(P)(J K^(-1)"mol"^(-1))=23+0.01T . If the temperature (T) of 3 moles of silver is raised from 300K to 1000K at 1 atm pressure, the value of DeltaH will be close to :

For an element, Cp = 23 + 0.01 T("JK"^(-1)"mol"^(-1)) . If temperature of 3 moles of that element is raised from 300 K to 1000 K at 1 atm pressure, the value of DeltaH will be ______ kJ.

For an element, Cp = 23 + 0.01 T("JK"^(-1)"mol"^(-1)) . If temperature of 3 moles of that element is raised from 300 K to 1000 K at 1 atm pressure, the value of DeltaH will be ______ kJ.

3 mole of Ag is heated from 300K to 1000K calculate triangleH when P=1 atm and C_(p)=23+0.01T

3 mole of Ag is heated from 300K to 1000K calculate triangleH when P=1 atm and C_(p)=23+0.01T

For Ag, bar(C)_(p)(JK^(-1)mol^(-1)) is given by 24+0.006 T . Calculate Delta H if 3 mol of silver are raised from 27^(@)C to its melting point 927^(@)C under 1 atm pressure.

For Ag, bar(C)_(p)(JK^(-1)mol^(-1)) is given by 24+0.006 T . Calculate Delta H if 3 mol of silver are raised from 27^(@)C to its melting point 927^(@)C under 1 atm pressure.

At a constant pressure P, the plot of volume (V) as a function of temperature (T) for 2 moles of an ideal gas gives a straight line with a slope 0.328 L K^(-1) . The value of P (in atm) is closest to [Gas constant, R = 0.0821 L atm mol^(-1)" "K^(-1) ]