Chapters
Transcript
Episode notes
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
Introduction
00:00 • 2min
Do You Do the Hoops?
01:55 • 3min
The Hoop Is a Pendulum, Right?
04:43 • 2min
How to Be the Comment of the Week
06:31 • 4min
How to Collect Distance Measurements Using a Censer Motion
10:26 • 2min
The Curve Fitting Function in Python
12:32 • 4min
How to Fit Straight Line to Curve Data?
16:19 • 3min
The Main Point of Functions Like Curve Fit and Things That Do Similar Things
18:52 • 2min
What Is the Best Part of the Course?
20:53 • 2min
What Happens in an Air Gyroscope?
22:38 • 3min
How Do You Know if You're Going at 60 Hurs?
25:40 • 4min
How Do We Calculate G From This?
29:42 • 2min
How Do You Calculate G Again?
31:28 • 6min
How to Send Water Waves Thru Barriers
37:31 • 1min
How to Model Water Waves Through Barriers
38:58 • 5min
The Random Motion of Small Beads
44:01 • 6min
Using Pythagoras Theorum to Find the Step Size
49:36 • 4min
How Much Wind Resistance Are You Feeling?
53:58 • 2min
Is There a Difference Between Stoks Drag and Boltman's Drag?
55:41 • 2min
The Last Lab, Black Body Radiation
57:25 • 2min
Black Body Physics - Displacement Law and the Stepen Boltman Law
59:43 • 3min
All Black Bodies Are Good Approximation for Stars
01:02:24 • 3min
Is There a Gradient in the Intensity of the Light?
01:05:09 • 2min
What Is the Relationship Between Wavelength and Temperature?
01:06:56 • 2min
Is the Slope Linear?
01:09:09 • 2min
The Photo Electric Effect Is Really Cool.
01:10:42 • 2min
The Astrolabs Are Really Cool
01:12:50 • 2min
The Math and Physics Podcast, Episode 89
01:14:25 • 2min