filmov
tv
A-Level Maths: E6-04 Compound Angles: Introducing the Double Angle Formulae
Показать описание
0:04:11
A-Level Maths: E6-04 Compound Angles: Introducing the Double Angle Formulae
0:06:00
A-Level Maths: E6-06 Compound Angles: Using Double Angle Formulae to Solve Equations
0:14:39
A-Level Maths: E6-01 Compound Angles: Proving the Compound Angle Formulae
0:03:25
A-Level Maths: E6-05 Compound Angles: Using Double Angle Formulae to Integrate
0:06:34
A-Level Maths: E6-07 Compound Angles: More Equations using Double Angle Formulae
0:18:00
Trigonometry: Compound Angles - A-Level Maths
0:07:56
A-Level Maths: E6-08 Compound Angles: EXTENSION Triple Angle Formulae
0:08:11
A-Level Maths: E6-09 Equivalent Forms: Writing acosθ + bsinθ in the form rcos(θ±α) or rsin(θ±α)...
0:09:13
Compound Angle Formulae (Expanding Tan Brackets)
0:00:52
A-Level Maths: E6-03 Compound Angles: Using the Formulae Backwards
0:05:15
A-Level Maths: E6-02 Compound Angles: Exact Values of sin(105°), cos(150°) & tan(15°)
1:02:03
Lesson 07 - Compound Angle Formulae
0:03:32
Solving equations using compound angle formulae 01
0:10:58
A-Level Maths: E6-12 Equivalent Forms: Solve 10sinθ - 6cosθ = 5
0:08:24
A-Level Maths E6-14 Equivalent Forms: Solve 2sin(2x) + 3cos(2x) = 1
0:06:15
OCR MEI Core 4 1.17a Using the Compound Angle Formulas: Finding the exact value of sin 105
0:10:23
Solving trig equations with compound angles 1
0:03:42
Trigonometry - how to use the compound angle formulae to solve equations
0:01:58
A-Level Maths: E5-04 [Trigonometric Identities: arcsin(x) = arccos(y)]
0:38:26
Tangent Ratio Compound Angle and Double Angle Formula Derivations
0:04:00
A-Level Maths: E6-10 Equivalent Forms: Writing 4cosθ + 3sinθ in the form rsin(θ+ɑ)
0:12:31
7.2 (a) Compound Angle Formulae ( Addition Formula )
0:06:48
A-Level Maths: E7-21 [Trig Equations: Solve sin(x + 65) = 0.7 between 0 and 360 degrees]
0:28:07
Trigonometry | Compound Angles | WiZ.edu
Комментарии