The combustion of toluene has a δerxn of −3.91 × 103kj/mol. when 1.55 g of toluene (c7h8) undergoes combustion in a bomb calorim
eter, the temperature rises from 23.02 ∘c to 37.92 ∘c. find the heat capacity of the bomb calorimeter.
1 answer:
Answer: The heat capacity of the bomb calorimeter is
.
Explanation:

Given mass of toluene = 1.55 g
Number of moles of Toluene:

Energy required by 0.0168 moles of toluene=
Since heat released on combustion of 0.0168 moles toluene, this heat will get absorbed by the bomb calorimeter ,then (Q) will be:




The heat capacity of the bomb calorimeter is
.
You might be interested in
The pH = -log of hydrogen ion concentration
The more acid a solution is the higher is its concentration of H+ ions and the lower is its pH. Acids have a pH lower that 7.
Answer:
A D F
Explanation:
Its right but its not in order But its A D and F
Carbonated drinks are a mixture of many compounds such as glucose(sugar) and others, while water is simply its own molecule.
Answer:
I believe it is kinetic energy
Hope this is right .-.
3.21e+11 is your answer for 321 millimeters in picometers. Hope this helps!