Chem302 - Study guides, Class notes & Summaries

This is a demonstration of an Ochem2 lab that I conducted during my junior year. It's helpful for students to have so they can reference it during their lab and ensure they are working on the steps correctly.

This is a demonstration of an Ochem2 lab that I conducted during my junior year. It's helpful for students to have so they can reference it during their lab and ensure they are working on the steps correctly.

This is a demonstration of an Ochem2 lab that I conducted during my junior year. It's helpful for students to have so they can reference it during their lab and ensure they are working on the steps correctly.

This is a demonstration of an Ochem2 lab that I conducted during my junior year. It's helpful for students to have so they can reference it during their lab and ensure they are working on the steps correctly.

This is a demonstration of an Ochem2 lab that I conducted during my junior year. It's helpful for students to have so they can reference it during their lab and ensure they are working on the steps correctly.

This is a demonstration of an Ochem2 lab that I conducted during my junior year. It's helpful for students to have so they can reference it during their lab and ensure they are working on the steps correctly.

This is a demonstration of an Ochem2 lab that I conducted during my junior year. It's helpful for students to have so they can reference it during their lab and ensure they are working on the steps correctly.

Chem 302 Thermodymics Systems-energy transfer. ● Adiabatic walls: no energy may be transferred as heat between the system and the surroundings → no heat added or removed and no change in entropy ○ ∆U=-W; ∆S=0 ● Diathermal walls: the temperature of the system and the surroundings are the same (thermal equilibrium: the surroundings are sufficiently large so that their heat capacity is infinite and they can transfer heat to or from the surroundings with no change in temperature) ...