Question
(A). A reaction with a known q is performed in a bomb calorimeter and is found that 10.0 kj of heat is required to raise the temperature of the calorimeter by 2.15 degrees C. calculate the heat capacity of the calorimeter.
(B). When 1.00 g of C2H6(g) is burned in the bomb calorimeter from (A), the temperature rises from 22.00 degrees C to 33.13 degrees C. calculate q for the combustion of C2H6(g) as performed
(B). When 1.00 g of C2H6(g) is burned in the bomb calorimeter from (A), the temperature rises from 22.00 degrees C to 33.13 degrees C. calculate q for the combustion of C2H6(g) as performed
Answers
Ccal x delta T = q
(mass x specific heat x delta T) + Ccal*delta T = q.
(mass x specific heat x delta T) + Ccal*delta T = q.
Related Questions
How much heat energy in KJ is evolved by a reaction in a calorimeter in which the temperature of the...
a reaction witha known q is performed in a bomb calorimeter and is found that 10.0 kj of heat is req...
A chemical reaction in a bomb calorimeter evolves 3.86 kJ of energy in the form of heat. If the temp...