Topic 4-6 Socrative Quiz Answers
... 4. B – Evaporative Cooling 5. B - False – During a phase change the average energy remains the same 6. B - False – you would see a graph looking like steps because the temperature does not change during a phase change 7. D – Latent Heat 8. E – Sublimation 9. A – True – A substance always gains energ ...
... 4. B – Evaporative Cooling 5. B - False – During a phase change the average energy remains the same 6. B - False – you would see a graph looking like steps because the temperature does not change during a phase change 7. D – Latent Heat 8. E – Sublimation 9. A – True – A substance always gains energ ...
Solid State 2- Homework 7 Use the Maxwell equation
... Repeat parts (b) and (c) for a perfect diamagnet. Is there a difference in the behaviour ? If so, what is it, and how does it happen ? ...
... Repeat parts (b) and (c) for a perfect diamagnet. Is there a difference in the behaviour ? If so, what is it, and how does it happen ? ...
New Microsoft Office Word Document
... Surrounding:- Part of universe apart from system Universe:- System along with all the surroundings Boundary:- Walls that separate System from Surroundings Equilibrium:- A state of dynamics wherein all observable properties are constant Thermodynamic Equilibrium:- A system in which all macroscopic pr ...
... Surrounding:- Part of universe apart from system Universe:- System along with all the surroundings Boundary:- Walls that separate System from Surroundings Equilibrium:- A state of dynamics wherein all observable properties are constant Thermodynamic Equilibrium:- A system in which all macroscopic pr ...
Document
... •A spontaneous process is a chemical or physical change that occurs without outside agency. ...
... •A spontaneous process is a chemical or physical change that occurs without outside agency. ...
C -- needs 4 e`s to complete its outer shell --
... states (25°C, 1 atmosphere pressure, in their most stable form) is 0. The free energy of formation of a compound, DGf, is the change in G for formation of one mole from its component elements, all in their standard states. Then for a chemical reaction DG° = DGf (products) - DGf (reactants). Biochemi ...
... states (25°C, 1 atmosphere pressure, in their most stable form) is 0. The free energy of formation of a compound, DGf, is the change in G for formation of one mole from its component elements, all in their standard states. Then for a chemical reaction DG° = DGf (products) - DGf (reactants). Biochemi ...
