3. Suppose you burn 0.211 g of C(s) in an excess of O2(g) in a constant-V calorimeter to give CO2(g).

C(s) + O2(g) = CO2(g)

The T of the calorimeter, which contained 871 g of water, increased from 20 to 25.09 degrees C. The heat capacity of the bomb is 890 J/K. Calculate E (delta E) per mole of carbon (enfer in kJ/mol). 4.184 J/g C for H2O.

4. Calculate the H (delta H) for the following reaction from data given.

A + 3B = 6C + 2D *see graph

Please answer both questions!!

Suppose you burn 0.211g of C(s) in an excess of O2(g) in a constant-V calorimeter to give CO2(g). C(s)+O2(g)CO2(g) The T of the calorimeter, which contained 871g of water, increased from 20.00 to 25.09C. The heat capacity of the bomb is 890 J/K. Calculate E per mole of carbon (enter in kJ/mol).4.184J/gC for H2O. Enter with correct sign and to 1 decimal place Question 4 2 pts Calculate the H for the following reaction from data given. A+3B 6C+2D