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Biology

microscope

BIO 305: Human Physiology

Chapter 4

Chapter 9

Chapter 11

Chapter 12

The Heart (3:53)
Mechanical Events of the Cardiac Cycle (4:09)
Components of the Circulatory System (4:33)
Capillary Exchange (4:27)
Cardiac Depolarization (5:51)
Cardiac Muscle Cells (6:13)
EKG Recordings (4:25)

Chapter 13

Respiratory Anatomy (4:42)

Chapter 17

Spermatogenesis (4:27)

Chemistry

beaker

CHM 141: General Chemistry

Chapter 1

Mixtures and How to Separate Them (3:47)
States of Matter (5:11)
Macroscopic and Particulate Views of Matter (1:18)
Properties of Matter (Concept) (3:10)
SI Units (Concept) (2:16)
SI Units and Conversions (Concept) (5:47)

Chapter 2

Characteristics of Isotopes (6:19)
Atoms in Baby Teeth (2:44)
Rutherford Model (Concept) (3:36)
Isotopes and Average Atomic Mass (Concept) (5:57)
Organic Compounds - First Look (Concept) (2:07)
Nucleosynthesis (Concept) (10:54)

Chapter 3

Empirical Formulas from Percent Composition (Concept) (2:12)
Empirical Formulas from Percent Composition (Practice) (4:34)
General Chemistry Limiting Reactant and Percent Yield (4:23)
The Mole (Concept) (5:08)
The Mole 2 (4:26)
Stoichiometry 1 (Concept) (6:31)

Chapter 4

Quantifying Particles in Solutions (1:27)
Quantifying Particles in Solutions (Practice) (2:56)
Dilutions (Concept) (3:14)
Titrations (10:01)

Chapter 5

Calorimetry (Concept) (3:02)
Hess's Law (5:01)
Types of Energy (Concept) (5:33)
System, Surroundings, Heat Transfer 1 (6:09)

Chapter 8

Lewis Structures (Concept) (6:22)
Lewis Structures (Practice) (5:17)

Chapter 10

Different Kinds of Intermolecular Forces (3:03)
Strong Acids Memory Trick (Mnemonic) (2:10)
Phase Diagrams (2:51)
Intra/intermolecular Forces Difference (3:10)

atom

CHM 142: Chemistry for Majors

Chapter 11

Chapter 13

First Order Half Life - Practice Problem (4:18)
Activation Energy - Concept Explanation (6:24)
Integrated Rate Law - Practice Problem (3:49)

Chapter 14

Equilibrium - Concept Explanation (5:11)
Equilibrium - Practice Problem (4:38)
K Manipulation - Concept Explanation (3:32)
K Manipulation - Practice Problem (6:04)
Reaction Rates/Rates Formation - Concept Explanation (3:11)
Direction of Equilibrium - Concept Explanation (2:14)

Chapter 15

Salts as Acids and Bases - Concept Explanation (2:02)

Chapter 16

Precipitate Problems - Concept Explanation and Practice Problem (5:42)
Conjugate Base ICE - Practice Problem (3:28)
Conjugate Acid ICE - Practice Problem (3:45)
Buffer Problems HH Equation - Practice Problem (2:31)

Chapter 17

Microstates - Concept Explanation and Practice Problem (2:41)
Heat Curve - Concept Explanation and Practice Problem (4:04)
Combining Gibbs, Entropy, and Enthalpy - Practice Problem (4:01)
Entropy - Concept Explanation (4:09)
Calculating Entropy - Practice Problem (3:09)

Chapter 18

Calculating Cell Potential G and emf - Practice Problem (3:32)

Math

Calculator buttons

MTH 141: Business Calculus

Section 11

Section 12

Higher Order Derivatives (9:39)

Section 14

Antidifferentiation and Indefinite Integrals (10:34)
The Fundamental Theorem of Calculus (10:59)

Section 17

Partial Derivatives (10:14)

pencil

MTH 151: Calculus I

Limits

The Limit (2:58)
Solving Limits (6:18)

Derivatives

Definition of Derivatives (5:01)
Log Differentiation (4:01)
Power Rule (6:04)
Power Rule - Practice Problem (6:03)
The Product Rule - Practice Problem (4:05)

Integrals

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Bernard B. Rinella, Jr. Learning Center

306 Shriver Center

rlc@MiamiOH.edu 513-529-8741