Calculate enthalpy of Ionisation of a weak base BOH

Calculate the enthalpy of formation of K+ (aq).

Calculate the enthalpy of Ionisation of MOH.

Calculate the standard heat of formation of benzene.

Calculate the standard enthalpy of formation of Sulfur Dioxide?

Enthalpy of formation of ions | Part 2

Enthalpy of formation of ions | Part 1

Enthalpy of Vaporisation, Fusion & Ionisation.

Enthalpy of Hydration and Enthalpy of Neutralization.

Enthalpy of Solution | Integral heat of solution.

Enthalpy of formation | Some important features.

Enthalpy of formation.

Enthalpy of combustion | Different types of enthalpies of reactions.

Compute the heat of reaction at 1000°C.

Calculate ∆H at 227°C.

Calculate the enthalpy of fusion of ice at 0° C.

Calculate the heat of the reaction at 398 K.

What will be the enthalpy of evaporation at 353 K and 393 K.

Calculate the heat of combustion at constant volume | Kirchoff's Law

Formulae Tips | Based on Heat of Reaction and Kirchoff's law.

Alternative derivation of Kirchoff's Equation.

Kirchoff's Equation (Integral Form).

Variation of Heat of Reaction with Temperature - Kirchoff's Equation.

Relationship between ∆H and ∆E (Different cases).

Relationship between ∆H and ∆E.

Heat of Reaction.

Thermochemical Equations | Physical Chemistry.

Thermochemistry | Exothermic and Endothermic reactions.

Assuming Ideal behaviour, calculate (1) final temperature and (2) q,w and ∆E and ∆H?

Adiabatic Irreversible Expansion of an Ideal Gas | Part 2

Adiabatic Irreversible Expansion of an Ideal Gas.

One mole of a gas expands isothermally at 27°C from 100 atm to 1 atm pressure. Calculate work?

Isothermal irreversible expansion of an ideal gas | PART 2

Isothermal Irreversible Expansion of an Ideal Gas | PART 1

Adiabatic Reversible Expansion of Real Gas.

Calculation of ∆H

Calculation of q (Heat)

Thermodynamic equation of state

Isothermal Reversible Expansion of a Real Gas (Calculation of ∆E)

Isothermal Reversible Expansion of a Real Gas | Calculation of w.

Comparison of Isothermal and Adiabatic Expansion of an ideal gas.

An ideal gas is expanded reversibly and adiabatically from volume of 1.43 L to 2.86 L. Find ?

Question based on adiabatic compression?

Calculate the final temperature and pressure for adiabatic reversible expansion.

Calculate the final temperature, ∆E, ∆H and w (Example)

Calculate the final temperature of the gas and the amount of work done by the gas.

Four moles of a gas at STP are compressed adiabatically to a volume of 8.96 litres. Find Pressure?

Formulae Tips based on adiabatic expansion of an ideal gas.

Expression for work done when pressure and volume are given.

Expression for work done in terms of pressure.

Expression for work in terms of volume

Expression for the work in an adiabatic reversible expansion of an ideal gas.

Relation between pressure and volume.

Relationship between temperature and pressure.

Relationship between temperature and volume.

Adiabatic Reversible Expansion of an ideal gas.

2 moles of an ideal gas at STP are compressed isothermally and reversibly to 10 litres.

Calculate ∆E, q and w for an isothermal reversible expansion of 2 moles of an ideal gas.

One mole of an ideal gas expands isothermally and reversibly from 1 litre to 100 litres at 27°C.

One mole of benzene is converted reversibly into vapour. Calculate q, w, ∆E and ∆H.