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Semester 2 Final Review for Chemistry Honors 

Detailed notes with all the formulas, theorems, laws, and graphs you need to ace all second-semester ChemH tests and quizzes. Perfect for final exam prep! 

Units & Topics:
Unit 5: Gases (kinetic molecular theory, nature of gas, pressure, combined gas law, Avogadro’s number, graham’s law)
Unit 6: Solutions (moles, percent composition, molecular formula, empirical formula, like-dissolves-like, solubility vocab & rules)
Unit 7: Stoichiometry (reac...
- Summary
- • 9 pages •
Semester 2 Final Review for Chemistry Honors 

Detailed notes with all the formulas, theorems, laws, and graphs you need to ace all second-semester ChemH tests and quizzes. Perfect for final exam prep! 

Units & Topics:
Unit 5: Gases (kinetic molecular theory, nature of gas, pressure, combined gas law, Avogadro’s number, graham’s law)
Unit 6: Solutions (moles, percent composition, molecular formula, empirical formula, like-dissolves-like, solubility vocab & rules)
Unit 7: Stoichiometry (reac...

Lab on Determination of the Stoichiometry for Redox Reactions
- Book & Bundle
- Essay
- • 8 pages •
Lab on Determination of the Stoichiometry for Redox Reactions

Detailed notes about redox processes SL HL for the IB course
- Book & Bundle
- Class notes
- • 13 pages •
Detailed notes about redox processes SL HL for the IB course

Samenvatting Algemene Chemie van de 1e Bachelor Biomedische wetenschap Antwerpen. Een volledige, ordelijke samenvatting met afbeeldingen die de stof verduidelijken.
- Bundle
- Summary
- • 25 pages •
Samenvatting Algemene Chemie van de 1e Bachelor Biomedische wetenschap Antwerpen. Een volledige, ordelijke samenvatting met afbeeldingen die de stof verduidelijken.

Aantekeningen over Scheikunde vwo 5 hoofdstuk 9 Redoxchemie.
- Class notes
- • 4 pages •
-
VWO • VWO • Scheikunde
Aantekeningen over Scheikunde vwo 5 hoofdstuk 9 Redoxchemie.

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This document explains the differences between Molecular equations, Full ionic equations, Net ionic equations, and Half equations. 
As each equation is explained there is also step by step guidance on how to obtain and work out each equation using a sample reaction. 
This document is easy to follow and concise with tips on how to calculate each type of equation.
- Book
- Study guide
- • 2 pages •
This document explains the differences between Molecular equations, Full ionic equations, Net ionic equations, and Half equations. 
As each equation is explained there is also step by step guidance on how to obtain and work out each equation using a sample reaction. 
This document is easy to follow and concise with tips on how to calculate each type of equation.

NSG 6101 MICRO BIO EXAM 3
	
	
	
	
	
Question 1
Correct
4.50 points out of 4.50
 Flag question
Question text
What is the result of successful communication between rhizobia and their plant hosts?
Select one:
 a. Rhizobia consume the plant tissue as an energy and carbon source, causing disease in the plant.
 b. The plant consumes rhizobiaas an energy source and carbon, destroying the invading bacteria.
 c. The rhizobia invade the plant root and begin to fix nitrogen with the assistance of the plan...
- Bundle
- Exam (elaborations)
- • 11 pages •
NSG 6101 MICRO BIO EXAM 3
	
	
	
	
	
Question 1
Correct
4.50 points out of 4.50
 Flag question
Question text
What is the result of successful communication between rhizobia and their plant hosts?
Select one:
 a. Rhizobia consume the plant tissue as an energy and carbon source, causing disease in the plant.
 b. The plant consumes rhizobiaas an energy source and carbon, destroying the invading bacteria.
 c. The rhizobia invade the plant root and begin to fix nitrogen with the assistance of the plan...

Solve these ideal gas law problems. Show all work for credit.
A gas occupies 250 mL at 739 mmHg. For a gas at constant temperature, determine the volume of gas at 514 mmHg.
Use the molar volume of a gas, at STP, to determine the number of moles of CO2 in 4.00 L of CO2 gas.
A sample of nitrogen (N2) has a volume of 50.0 L at a pressure of 2 ATM. What is the volume of gas at a pressure of 15 atm, if there is no change in temperature?
A 0.6 L canister of Oxygen gas has a temperature of 297 K conta...
- Study guide
- • 3 pages •
Solve these ideal gas law problems. Show all work for credit.
A gas occupies 250 mL at 739 mmHg. For a gas at constant temperature, determine the volume of gas at 514 mmHg.
Use the molar volume of a gas, at STP, to determine the number of moles of CO2 in 4.00 L of CO2 gas.
A sample of nitrogen (N2) has a volume of 50.0 L at a pressure of 2 ATM. What is the volume of gas at a pressure of 15 atm, if there is no change in temperature?
A 0.6 L canister of Oxygen gas has a temperature of 297 K conta...

Samenvatting van boek scheikunde 'Chemie Overal' Havo 5 examenjaar.

Bundel bevat:
- Chemie overal >> Hoofdstuk 9 ENERGIE EN REACTIESNELHEID
- Chemie overal >> Hoofdstuk 10 VOEDING EN GEZONDHEID
- Chemie overal >> Hoofdstuk 11 REDOX-REACTIE
- Chemie overal >> Hoofdstuk 12 POLYMEREN
- Bundle
- • 5 items •
Samenvatting van boek scheikunde 'Chemie Overal' Havo 5 examenjaar.

Bundel bevat:
- Chemie overal >> Hoofdstuk 9 ENERGIE EN REACTIESNELHEID
- Chemie overal >> Hoofdstuk 10 VOEDING EN GEZONDHEID
- Chemie overal >> Hoofdstuk 11 REDOX-REACTIE
- Chemie overal >> Hoofdstuk 12 POLYMEREN

PRINTABLE VERSION
Test 3
Question 1
Your answer is CORRECT.

 
Which statement is true regarding the redox reactions shown above?
Question 2
Your answer is INCORRECT.
In most bacterial cells, the generation of ATP in the cytoplasm via ATP synthase in the membrane requires
Question 3
Your answer is CORRECT.
You isolate a bacterium that can grow with H2S as an electron donor and use oxygen (O2) as a terminal electron acceptor. Based on this, the classification that best describes this bacterium wo...
- Exam (elaborations)
- • 9 pages •
PRINTABLE VERSION
Test 3
Question 1
Your answer is CORRECT.

 
Which statement is true regarding the redox reactions shown above?
Question 2
Your answer is INCORRECT.
In most bacterial cells, the generation of ATP in the cytoplasm via ATP synthase in the membrane requires
Question 3
Your answer is CORRECT.
You isolate a bacterium that can grow with H2S as an electron donor and use oxygen (O2) as a terminal electron acceptor. Based on this, the classification that best describes this bacterium wo...