Physics 2 Lecture: RL and LC circuits
John Hearn
Physics 2 Lecture: RL and LC circuits
40:36
Physics 2 Exam 3 Solutions
John Hearn
Physics 2 Exam 3 Solutions
23:07
Kirchhoff's laws applied to resistor circuits
John Hearn
Kirchhoff's laws applied to resistor circuits
43:21
Electric potential and Electric fields
John Hearn
Electric potential and Electric fields
29:01
Gauss's Law
John Hearn
Gauss's Law
49:03
Newton's Law Examples
John Hearn
Newton's Law Examples
33:34
Relative speeds (graphical)
John Hearn
Relative speeds (graphical)
19:36
Physics Rotational Motion Examples
John Hearn
Physics Rotational Motion Examples
33:57
Physics I Exam 3 Problems
John Hearn
Physics I Exam 3 Problems
33:02
Physics Problems on 2D motion and Newton's Laws
John Hearn
Physics Problems on 2D motion and Newton's Laws
36:41
Newton's Law Example
John Hearn
Newton's Law Example
11:22
Conversions with multiple steps
John Hearn
Conversions with multiple steps
9:49
Conversions Worksheet Practice
John Hearn
Conversions Worksheet Practice
14:10
Scientific notation
John Hearn
Scientific notation
11:41
Significant figures
John Hearn
Significant figures
8:56
Unit conversions
John Hearn
Unit conversions
10:02
ENCH 5460 Hydroelectric - Environmental Impacts
John Hearn
ENCH 5460 Hydroelectric - Environmental Impacts
37:50
Hydroelectric Power - mechanics
John Hearn
Hydroelectric Power - mechanics
34:20
Chapter 8 Examples: Fluid Mechanics
John Hearn
Chapter 8 Examples: Fluid Mechanics
25:03
Conversions
John Hearn
Conversions
14:45
Lecture Gaffe
John Hearn
Lecture Gaffe
0:49
CH 9 R/S Stereochemistry
John Hearn
CH 9 R/S Stereochemistry
12:57
Chapter 7 Examples
John Hearn
Chapter 7 Examples
7:29
CH 7 oxidation and reduction reactions
John Hearn
CH 7 oxidation and reduction reactions
2:06
CH 7 Alkene Reactions 1
John Hearn
CH 7 Alkene Reactions 1
3:00
Percent abundance of stable conformer
John Hearn
Percent abundance of stable conformer
3:36
CH 6 EZ nomenclature
John Hearn
CH 6 EZ nomenclature
2:48
CH 5 Energetics
John Hearn
CH 5 Energetics
1:52
CH 5 Nucleophiles and Electrophiles
John Hearn
CH 5 Nucleophiles and Electrophiles
3:24
CH 4 Cycloalkanes
John Hearn
CH 4 Cycloalkanes
5:40
CH 4 Newman Projections
John Hearn
CH 4 Newman Projections
3:46
CH3 cis trans stereochemistry
John Hearn
CH3 cis trans stereochemistry
3:59
CH 3 Naming Alkanes
John Hearn
CH 3 Naming Alkanes
1:28
CH 2 Condensed Structures
John Hearn
CH 2 Condensed Structures
3:11
CH 2 curved arrows
John Hearn
CH 2 curved arrows
2:34
CH1 VB and MO theories
John Hearn
CH1 VB and MO theories
3:40
TI36xPro solvex
John Hearn
TI36xPro solvex
9:02
Group Theory: Molecular Orbital Energies
John Hearn
Group Theory: Molecular Orbital Energies
32:42
metanitrotoluene synthesis
John Hearn
metanitrotoluene synthesis
1:51
Benzene Activation resonance
John Hearn
Benzene Activation resonance
5:02
SALC ammonia
John Hearn
SALC ammonia
9:04
Benzene: Activating and Deactivating Groups
John Hearn
Benzene: Activating and Deactivating Groups
3:23
OCHEM Benzene EAS
John Hearn
OCHEM Benzene EAS
6:10
Conversions
John Hearn
Conversions
4:42
average mass problem
John Hearn
average mass problem
1:41
TI 30XIIS scientific notation
John Hearn
TI 30XIIS scientific notation
2:12
TI 30Xa scientific notation
John Hearn
TI 30Xa scientific notation
1:55
CASIO fx 260
John Hearn
CASIO fx 260
2:36