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## Q2: week 4 – 12/4 – 12/8

” The first day of class should connect to the last day and every day in between!”

Please check Power School for accuracy!

Everyone needs to join Remind for class.  Click me to sign up.

I WILL NOT ACCEPT HOMEWORK AFTER 5:00 am the following day.  IF THERE IS A Problem YOU NEED TO EMAIL ME. IF YOU DO NOT and you do not complete your homework on time YOU WILL EARN A ZERO!

LAB 9,10,11,12 are LATE!!

Main focus:

1. To identify the ratio of the number of molecules of different gases as the same volume, with temperature and pressure constant (Avogadro’s Hypothesis).

2. To use the mole concept to convert between molar equivalents.

Period  6:

1.  Begin our Class Notes with Avogadro’s Hypothesis.

– animation
– presentation for mole concept on how we attained 22.4 L = 1 mole

“same volume”, “same temperature & volume”, “SAME # of molecules!”

Mole Diagram:

Particle / Mole Theory Presentation: Slide 41 – 43

12/4 –  Monday  Day Homework:

1.  Please complete the form below on the Kinetic Molecular Theory (Real vs. Ideal Student) and Avogadro’s Hypothesis.

1: Kinetic Molecular Theory Avogadro’s Hypothesis Form:

Main focus:

a)  To Convert molar equivalents based on the mole diagram and mole concept.
b)  To observe laboratory evidence of Real Gas behavior through the completion of the      Boyles Law lab.

Period  6:

1. Complete the Note-taking for Avogadro’s Hypothesis and Review Homework form.

– presentation for mole concept on how we attained 22.4 L = 1 mole

“same volume”, “same temperature & volume”, “SAME # of molecules!”

2. Mole Concept through the Presentation –

– Mole song

a) Mole Diagram worksheet  – conversions through the mole diagram

Mole Diagram:

Period  7:

1. Complete Lab 12 – Boyles Law Syringes

– using the saved data in the computers we will calculate the constant for P x V = K and compare those values in terms of Real and Ideal Behavior.

LAB 12 Boyles Law Syringes.pdf

Particle / Mole Theory Presentation: Slide 41 – 43

Today’s Lesson:

1.  Please Complete the Mole Diagram, KMT, and Avogadros Hypothesis form below.

*ALSO Under this form I have begun putting together a DOG 3 Study Guide:

1: Mole diagram, KMT, and Avogadros Hypothesis:

Main focus:

2. To calculate the density of a gas at STP.
3. To identify the Ratio of atoms in a mole of a formula.

Period  7:
1. Review Last 2 nights forms.

Mole Diagram, KMT, and Avogadros Hypothesis Form KEY.pdf

Kinetic Molecular Theory and Avogadro’s Hypothesis Form Key.pdf

2. Density of a Gas at STP lesson

3. Ratio questions

Density of a Gas at STP /Ratio questions- regents 22-23.pdf                                              View Download

1.  Please Complete the CAT 6 Review Form below. This is a great review for tomorrow’s CAT!! Meoowww!!

2. Study for DOG 3 using the DOG 3 study guide posted below tonights form.

1: CAT 6 Review Form:

Main focus:

1. To take CAT 6
2. To review For CAT 5
3.  To take CAT 5

Period  6/7:
1. Review Tuesday nights form.

2. Take CAT 6!
3. Review CAT 6!
4. REVIEW FOR CAT 5!
5. Take CAT 5!

12/7 –  Thursday – Homework:

1.  Please complete the Dog Review form below!
_______________________________________________________________________________________
Connect

2: Dog 3 Review Form:

12/8 Friday B Day –

Main focus:

1. To review CAT 6 and complete CAT 5.
2. To complete Lab 12.

Period  8-9:
1.   Review Homework Review Form

DOG 3 review Form – Key complete.pdf

2.   REVIEW CAT 6

CAT 6- e0010 Key.pdf

3.  Complete Lab 12.

Fire Syringe:  Compressing gas together creates an increase in temperature that can ignite cotton. Cotton being ignited with pressure : Errors for Lab 12!

12/9 –  Friday – homework: –

Study for DOG 3 Monday!!! Use the study guide below!!!

______________________________________________________________________

Connect

1.  Please Study for the DOG 3! All of the forms from this unit are still open and on auto – reply.  You can redo them to study.

Week 1 – 4 of the 2nd quarter:

Vapor pressure vapor pressure, boiling points, atmospheric pressure, normal boiling points, Intermolecular forces of attractions, Table H, Heat of vaporization, Lab 9 – evaporation of liquids, Lab 10 – heat of vaporization of liquid nitrogen

FORMS:

Smear Demo Quiz  (week 1 – quarter 2) : https://forms.gle/eiWhx8MMHtLaUieQ8

Vapor pressure Form 2 (week 1 – quarter 2) :https://forms.gle/3ThL2ftHe2K8Lkh56

Lab 9  –  Evaporation of Liquids

Lab 10 – Heat of Vaporization of Liquid Nitrogen.pdf

Worksheets and keys:

vapor pressure ditto 1 and 2 combined.pdf

vapor pressure Key combined.pdf

Gas LawsCombined gas law formula calculations, volume, pressure, temperature relationships, Kelvin temperature – absolute temperature, Kinetic Molecular theory, Ideal vs real gas, Avogadros Hypothesis, mole concept and conversions through mole diagram, Density calculated ay STP, Lab 11 – determination of absolute zero.

FORMS:

CAT 5 Review Form (week 3 – quarter 2):https://forms.gle/ae7MQKCPNpiRKStQ9

Gas Law Form 2 (week 3 – quarter 2):https://forms.gle/CqLUfdzZjSHHgyN5A

Gas Law Form 3 (week 3 – quarter 2): https://forms.gle/QknVupyhN8vw8KnR8

Kinetic Molecular Theory Form (week 3 – quarter 2):https://forms.gle/dCPRKT9a2qs5yNxQ9

Kinetic Molecular Theory and Avogadro’s Hypothesis Form (week 4):https://forms.gle/JUXcB1m7QwvCBDge7

Mole Diagram, KMT, Avogadro’s Hypothesis Form (week 4): https://forms.gle/hAJZqsCUedW8N6u97

CAT 6 Review Form (week 4) – https://forms.gle/f5rC2Wz3vpkitj6A9

DOG 3 Review Form 6 (week 4) – https://forms.gle/WNfQ2jLM5Dd5Mmw66

Handwritten key for this form:                                                                                                              DOG 3 review Form – Key complete.pdf                                                                                                                                                                    View Download

LAB 11 – Determination of absolute zero.pdf

LAB 12  – Boyles Law Syringes.pdf

Worksheets and keys:

Gas law regents level dittos 0910.pdf

Gas law regents level dittos 0910 key.pdf