12:11
Coding Viete's Formula in Python
07:04
Square waves in Desmos
01:45
Passionate about Scaffolded Differentiation
06:01
Critical Damping - A2 Level Physics
08:23
Energy in Simple Harmonic Motion
15:21
Simple Harmonic Motion - deriving the pendulum formula
02:52
Rotating Vector in Desmos
03:02
Loci in the complex plane - circles
08:25
Loci in the complex plane - perpendicular bisector
02:02
No QTS no NQT
01:41
QTS v NQT
02:00
PGCE
06:14
Education Service Providers
07:10
Program a secant (gradient) into Desmos using fundamental calculus
09:01
What, exactly, is bandwidth?
01:28
Rubik's Cube. One minute.
05:11
Vector Projections
08:37
2x2 Matrix Determinant and Parallelogram Area
04:50
Polar functions, Spirals, Rose Curves and Lemniscates.
08:10
Complex Fibonacci. Binet's Formula and Python script.
10:38
Catenary curve - simple derivation
12:32
Euler's Identity. Where does it come from?
02:59
The cosine of i. cos(i).
07:55
Why current and voltage are phase shifted in Capacitors and Inductors. Explained simply.
04:33
PakNamLangSuan, Chumpon and SatingPra, Songkla in Thailand
07:54
Awesome $1 gym in Thailand
02:11
Electronics Club
01:47
Thailand Jungle CBR500
02:22
Hill Tribe Love. Book Review.
13:51
South Thailand on a CBR500r
01:26
Thailand CBR500r
00:46
Yr8 negative numbers
08:28
Riding a CBR500R through lush green tropical Thailand
04:46
Cubing a complex cubed root to see if it equals unity.
06:20
The complex cubed roots of unity
04:25
The fourth root of one
01:31
ครูฝรั่งร้องเพลงไทย เพลงเรียกว่าฝุ่น
05:31
Testing stick bridges to destruction
04:46
Making a pull up bar from scrap metal.
01:33
Maths Poem
04:03
i^i (i to the power i)
01:49
Mathematics ... The Expanding Brackets Crab Dance
05:29
1+2+3+4+5+6+ ... = -1/12 .... in 5 minutes
02:49
Why an object with mass can't reach the speed of light
02:15
Geordie to Thai translations
05:44
Angular velocity of gyroscopic precession
05:30
Special Relativity and Time Dilation. Simplest derivation ever.
07:09
How to build muscle and lose fat (easily) for the over 40s.
06:32
Deriving the Curvature Formula
03:38
Volume of a Sphere. Quick Derivation.
09:50
Curvature of a helix
04:04
Resistance (Ohms) x Capacitance (Farads) = Time (seconds)
07:51
Charging a Capacitor. Differential Calculus derivation.
12:11
Multivariable Calculus (Directional Derivatives).
07:35
Deriving the Moment of Inertia (I) for a Solid Sphere.
08:12
Deriving the Moment of Inertia for a Solid Cylinder using Integral Calculus.
01:58
Gravity, coffee, magnetism and swimming pools
02:22
Displacement, Velocity and Acceleration in 2 minutes.
01:25
e to the pi i (shortest explanation ever)
01:39
CMFC 3 v 3 AirForce
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