2 interactive labs · AS & A Level Chemistry 9701
· Burn an alcohol in a simulated calorimeter, calculate ΔH from q = mcΔT, and compare it with the bond-energy prediction and the data-book value.
Burn an alcohol in a simulated calorimeter, calculate ΔH from q = mcΔT, and compare it with the bond-energy prediction and the data-book value.
You will be able to
· Build the Hess cycle leg by leg from formation or combustion data, get the sign of each arrow right, and solve for a ΔH that cannot be measured directly.
Build the Hess cycle leg by leg from formation or combustion data, get the sign of each arrow right, and solve for a ΔH that cannot be measured directly.
You will be able to
