PHYC 4BL

This page contains complete lecture videos for PHYC 4BL (remote teaching version).

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PHYC 4BL Lectures (17:58:39)
- Introduction to circuits (3:02:44)
  - Coulomb's Law, conductors and insulators, and elementary charges (14:43)
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  - Circuits: definition of current (25:38)
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  - Circuits: definition of voltage (17:01)
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  - Circuits: definition of resistance (20:28)
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  - Circuit diagrams (18:28)
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  - Placement of meters in circuits (22:52)
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  - Equipment demonstration: circuit box, power supply, meters (26:54)
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  - Kirchoff's loop rule: series resistors (19:24)
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  - Kirchoff's junction rule: parallel resistors (17:16)
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- Lab: Meters (39:50)
  - Data collection (24:11)
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  - Lab activities (15:39)
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- Lab: Resistance Characteristic curves (54:50)
  - Resistance characteristic curves (13:54)
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  - Linear regression (19:52)
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  - Data collection (11:04)
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  - Lab activities (10:00)
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- Lab: DC Circuits (1:02:24)
  - Series and parallel resistance and internal resistance (28:00)
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  - Data collection (20:32)
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  - Lab activities (13:52)
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- Lab: Cathode Ray Tube (53:16)
  - Cathode ray tubes (17:52)
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  - Setup and focussing the beam (11:03)
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  - Deflector plates (8:39)
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  - Lab activities (15:42)
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- Lab: Oscilloscope I (A, B, F) (1:04:33)
  - Periodic voltage signals (13:16)
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  - Oscilloscope and function generator (15:07)
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  - Using cursors (7:06)
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  - Lab activities: parts A and B (11:08)
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  - Lab activities: part F (microphone) (10:47)
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  - Lab activities: part F (photodiode) (7:09)
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- Lab: Oscilloscope II (1:09:05)
  - Resistance characteristic curve of the light bulb revisited (8:55)
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  - Plotting VR vs. VL: oscilloscope and circuit setup (29:12)
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  - Lab activities: part 1 (15:42)
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  - AC vs. DC mode (4:41)
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  - Lab activities: part 2 (10:35)
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- Lab: The semiconductor diode (1:42:45)
  - How diodes work (53:07)
    - Basic properties of diodes; resistance characteristic curve (4:46)
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    - Introductory band theory; conductors vs. insulators vs. semiconductors (22:33)
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    - p-type and n-type semiconductors (13:19)
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    - Semiconductor diode / pn-junction (12:29)
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  - Lab introduction (19:29)
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  - Part A demonstration (11:45)
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  - Part B demonstration (4:43)
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  - Part D demonstration (4:14)
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  - Lab activities (9:27)
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- Lab: RC Circuits (1:41:03)
  - RC circuits (from lecture) (45:43)
    - RC Circuits: charging (34:02)
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    - RC Circuits: discharging (11:41)
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  - Lab introduction (21:14)
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  - Part A/B demonstration (7:21)
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  - Part C demonstration (16:36)
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  - Lab activities (10:09)
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- Lab: Oscilloscope I (C, D, E) (1:09:25)
  - AC mode introduction (19:49)
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  - Triggering introduction (10:52)
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  - Part C demonstration and lab activities (13:39)
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  - Part D demonstration and lab activities (5:25)
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  - Part E demonstration and lab activities (10:12)
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  - Additional exercises (9:28)
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- Lab: Magnetic Fields (55:20)
  - Magnetic force on a wire (23:42)
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  - Data collection (22:52)
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  - Lab activities (8:46)
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- Lab: e/m (51:09)
  - Data analysis (27:56)
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  - Experimental setup (12:13)
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  - Lab activities (11:00)
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- Lab: RCL Circuits I (1:55:40)
  - Theory (1:17:00)
    - Inductors (17:50)
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    - Spring-mass oscillations (20:24)
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    - RCL oscillations (20:29)
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    - Mapping between spring-mass and RCL (18:17)
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  - Experimental setup (24:19)
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  - Lab activities (14:21)
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- Lab: RCL Circuits II (56:36)
  - Driven spring-mass oscillations (17:00)
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  - Driven RCL oscillations (15:36)
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  - Experimental setup (12:36)
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  - Lab activities (11:24)
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