'Kjmol 1' diaporamas de présentation

Module 3

Module 3. Lesson 2 - Enthalpy Changes in Chemistry. Objectives. Must Recall and use the term STANDARD CONDITIONS Should Define the terms standard enthalpy change of REACTION, FORMATION AND COMBUSTION. Could Calculate and write chemical equations for the standard enthalpy changes.

1.21k views • 103 slides

502 views • 36 slides

Enthalpy and Fuels

Using and Controlling Reactions. Enthalpy and Fuels. Energy. The capacity for doing work Energy is inter-convertible between different forms. Chemical Energy. The energy from reactions comes from the breaking and forming of bonds between atoms.

502 views • 36 slides

Energetics

Energetics. Click to start. A. 13.3kJ of energy are absorbed for every mole of Fe reacted. B. 26.6kJ of energy are absorbed for every mole of Fe reacted. C. 26.6kJ of energy are released for every mole of Fe reacted. 53.2kJ of energy are released for every mole of Fe reacted. D.

598 views • 30 slides

Energetics

Energetics. Click to start. A. 13.3kJ of energy are absorbed for every mole of Fe reacted. B. 26.6kJ of energy are absorbed for every mole of Fe reacted. C. 26.6kJ of energy are released for every mole of Fe reacted. 53.2kJ of energy are released for every mole of Fe reacted. D.

403 views • 30 slides

465 views • 30 slides

407 views • 29 slides

Industrial Chemistry

1.86k views • 27 slides

Higher Chemistry Unit 1(b) Enthalpy of combustion

589 views • 19 slides

15.2 Born-Haber Cycle

15.2 Born-Haber Cycle. 15.2.1 Define and apply the terms lattice enthalpy, and electron affinity 15.2.2 Explain how the relative sizes and the charges of ions affect the lattice enthalpies of different ionic compounds

293 views • 16 slides

ionisation energy

ionisation energy. explanation and trends. The first ionisation energy is the energy required to remove the most loosely held electron from one mole of gaseous atoms (to produce 1 mole of gaseous ions each with a charge of 1+). This is more easily seen in symbol terms.

279 views • 16 slides

15.2 Born-Haber Cycle

15.2 Born-Haber Cycle. 15.2.1 Define and apply the terms lattice enthalpy, and electron affinity 15.2.2 Explain how the relative sizes and the charges of ions affect the lattice enthalpies of different ionic compounds

389 views • 16 slides

Industrial Chemistry

643 views • 14 slides

Module 3

Module 3. Lesson 2 - Enthalpy Changes in Chemistry. Objectives. Must Recall and use the term STANDARD CONDITIONS Should Define the terms standard enthalpy change of REACTION, FORMATION AND COMBUSTION. Could Calculate and write chemical equations for the standard enthalpy changes.

246 views • 14 slides

344 views • 8 slides

105 views • 8 slides

Higher Chemistry

214 views • 4 slides

************************************************************************

************************************************************************ Chemistry for Engineers POP-up QUIZ : Thermodynamics Name__________________ID___________ NANO/ADME/AERO *************************************************************************. good luck!.

115 views • 1 slides