Lectures in RESISTIVITY & RESISTANCE
- Lecture 1: Resistance Of A Long Wire
- Lecture 2: Resistivity Of A 4700 Ohm Resistor 2Cm Long
- Lecture 3: How Fast Do Electrons Move Through A 2Mm Wire?
- Lecture 4: Current In The Circuit Of A 5V Battery And 24 Ohm Resistor
- Lecture 5: Internal Resistance
- Lecture 6: Power Provided By A Battery
- Lecture 7: Power Consumed By Transmission Lines
- Lecture 8: Resistance Of A Cylindrical Capacitor
- Lecture 9: Resistance Of A Truncated Cone
- Lecture 10: Resistor Color Code Explained
- Lecture 11: Power Dissipation With Changing Currents
- Lecture 12: Current Density Of A Conductor
- Lecture 13: Resistivity In Light Bulbs
- Lecture 14: Resistance Between 2 Concentric Spheres
- Lecture 15: Resistance Between 2 Concentric Spheres
- Lecture 16: Resistance Of A Cylinder With Cut-Out
- Lecture 17: Resistivity And Temperature
- Lecture 18: R=? Of A 50M Copper Wire At T=0C And 100C
- Lecture 19: What Is Super Conductivity?
- Lecture 20: Super Conductivity At A Quantum Mechanic State
- Lecture 21: # Of Collision Per Second = ?
- Lecture 22: V=? Between 2 Pts On A Conductor With Current
- Lecture 23: V=? Where L=50M, D=1.02Mm, And I=5A
- Lecture 24: How To Minimize Voltage Drop?
- Lecture 25: Current In An Incomplete Circuit
- Lecture 26: What Is An Electromotive "Force", Emf
- Lecture 27: Find The Potential Difference Of A Circuit
- Lecture 28: Find The Potential Difference Of A Circuit
- Lecture 29: Exploring Electromotive Force, Emf, Graphically
- Lecture 30: Effects Of Volt & Current Meter (Open Circuit)
- Lecture 31: Effects Of Volt & Current Meter
- Lecture 32: Effects Of Volt & Current Meter
- Lecture 33: V=? Across A Large Load Resistor