Question

A) 0-8 ( min) : 00 (sec); Basic parameters associated with Gas Law.

  Definevideo display of formulation and numbers; pressure ( N/ in atm, pascal, torr, mmHg.   

   Describe collision vs pressure.

(B) 8-9 min; Ideal Gas.   Definevideo display of ideal gas law, and develop combined  gas law including

    all labels with units.

( C ) 9 – 11: 50 min; Boyl’s Law. Develop Boyl’s law  from combined gas law assuming constant mole and

   temperature. Draw P-V diagram.  Draw relationship between pressure and collision in  molecular level.

(D )  11:50- - 17:36  ; Lussac’s Law. Develop Lussacs law  from combined gas law assuming constant mole and constant volume. Draw P-T diagram. Draw and  describe relation between temperature and kinetic energy, and then kinetic energy and pressure.   

( E ) 17:36 – 28:20;  Charle’s Law. Develop Charle’s Law  from combined gas law assuming constant pressure and constant mole. Draw V-T diagram.   At molecular level, draw change of volume as temperature changes from 300 k to 600 k.

( F )  28: 20 – 30:00; Avogadro’s Law.  Develop Avogadro’s Law from combined gas law assuming constant temperature and constant pressure. Draw V-n diagram . Draw change of  volume 5 L by adding one mole of gas to one mole of gas.

( G ) 1 (hr):58 (min):00 (sec) -  2:00:12; Phase Diagram. Describe molecular physics leading to the concept of phase  diagram. Draw phase diagram P vs T. Explain  in the drawing six ways to change phase of water (ice, liquid, gas).

Answer 1