Chem104 Study guides, Class notes & Summaries

CHEM 104: Module 1 Exam General Chemistry II with Lab Exams – 2022- Portage Learning

CHEM 104: General Chemistry II MODULE 1 Exam Questions And Latest Updated 2024/2025. Temperature/Reaction Rate - Increase, higher temperature provides higher kinetic energy Catalyst/Reaction Rate - Increase, without being consumed Surface Area/Reaction Rate - Increase, increased surface area of particles increases reaction rate because solids only react at their surfaces (grinding solid into fine powder) Concentration/Reaction Rate - Increase, provides more reacting particles to undergo r...

CHEM 104 MODULE 1 LATEST Exam Questions And Answers Updated 2024/2025. Kinetics - the study of rates of reactions and how they are influenced by certain factors Influences Reactions Rates - Concentration, temperature, catalysts, surface area Temperature/Reaction Rate - Increase, higher temperature provides higher kinetic energy Catalyst/Reaction Rate - Increase, without being consumed Surface Area/Reaction Rate - Increase, increased surface area of particles increases reaction rate becau...

PORTAGE LEARNING CHEM 104 MODULE 4 PORTAGE LEARNING CHEM 104 MODULE 4 PORTAGE LEARNING CHEM 104 MODULE 4

Kinetics - the study of rates of reactions and how they are influenced by certain factors Influences Reactions Rates - Concentration, temperature, catalysts, surface area Temperature/Reaction Rate - Increase, higher temperature provides higher kinetic energy Catalyst/Reaction Rate - Increase, without being consumed Surface Area/Reaction Rate - Increase, increased surface area of particles increases reaction rate because solids only react at their surfaces (grinding solid into fine powde...

PORTAGE LEARNING CHEM 104 MODULE 3 PORTAGE LEARNING CHEM 104 MODULE 3 PORTAGE LEARNING CHEM 104 MODULE 3

PORTAGE LEARNING CHEM 104 MODULE 2 PORTAGE LEARNING CHEM 104 MODULE 2 PORTAGE LEARNING CHEM 104 MODULE 2

Question 1 In the reaction of gaseous N2O5 to yield NO2 gas and O2 gas as shown below, the following data table is obtained: → 4 NO 2 (g) + O2 (g) 1. Using the [O2] data from the table, show the calculation of the instantaneous rate early in the reaction (0 secs to 300 sec). 2. Using the [O2] data from the table, show the calculation of the instantaneous rate late in the reaction (2400 secs to 3000 secs). 3. Explain the relative values of the early instantaneous rate and the late inst...

Chem 104 Module 1 To Module 6 Exam 2023/2024

CHEM 104 -Module 1 to 6 Exam-with 100% verified solutions-2022-2024