Trigonometric Functions: Soh-Cah-Toa: shows how to relate the sides of a right triangle using the hypotenuse, adjacent and or opposite sides

Math Trigonometry Trigonometric Functions: Soh-Cah-Toa: shows how to relate the sides of a right triangle using the hypotenuse, adjacent and or opposite sides

Image result for trig ratios chart

Study of trigonometry ratios with trigonometric ratio definition:

WHAT ARE THE SIX FUNDAMENTAL TRIGONOMETRIC RATIOS? Trigonometric formulas are the six basic trigonometric ratios which establish the ratios of the lengths of the sides with each other in a right angled triangle.  the three fundamental trigonometric ratios as sin, cos and tan, which their reciprocal trigonometric ratios cosec, sec and cotan are derived trigonometric ratios.

WHAT ARE THE SIX FUNDAMENTAL TRIGONOMETRIC RATIOS? Trigonometric formulas are the six basic trigonometric ratios which establish the ratios of the lengths of the sides with each other in a right angled triangle. the three fundamental trigonometric ratios as sin, cos and tan, which their reciprocal trigonometric ratios cosec, sec and cotan are derived trigonometric ratios.

angle addition proof

Geometrical derivation of angle addition formulae in hyperbolic trigonometry

My Formula Store allows you to create your own formula and variables to ease your daily calculations. Lite version supports basic arithmetic calculations only. You can only store 5 formulas with 3 input variables in each. Full version supports more functions: sqrt(), log(), sin(), cos() and tan(). You can also store up to 99 formulas with 8 input variables in each.

My Formula Store allows you to create your own formula and variables to ease your daily calculations. Lite version supports basic arithmetic calculations only. You can only store 5 formulas with 3 input variables in each. Full version supports more functions: sqrt(), log(), sin(), cos() and tan(). You can also store up to 99 formulas with 8 input variables in each.

Part of hypotenuse Altitude Altitude Other part of hyp. = Cos A⁰ = Tan A⁰ = A Sin A⁰ = Special Right Triangles Geometry Fo...

Part of hypotenuse Altitude Altitude Other part of hyp. = Cos A⁰ = Tan A⁰ = A Sin A⁰ = Special Right Triangles Geometry Formula Sheet Area Formulas Shapes)…

A pixelized christmas tree made via Microsoft Excel vba  with the formula : Sin(Cos((y / 2) ^ 2 - (x - 50) ^ 2)) * y / 2 >  Cos(Sin((x - 50) ^ 2 - (y / 2) ^ 2)) * Abs(x - 50) Then Condition = TRUE  (x=col nr, y=row nr; if condition = TRUE, cell is colored in green)

A pixelized christmas tree made via Microsoft Excel vba with the formula : Sin(Cos((y / 2) ^ 2 - (x - 50) ^ 2)) * y / 2 > Cos(Sin((x - 50) ^ 2 - (y / 2) ^ 2)) * Abs(x - 50) Then Condition = TRUE (x=col nr, y=row nr; if condition = TRUE, cell is colored in green)

Printable trigonometry worksheets. Each worksheets is visual, differentiated and fun. Includes a range of useful free teaching resources.

Each worksheets is visual, differentiated and fun. Includes a range of useful free teaching resources.

Complex numbers in polar coordinates: r^2 = a^2 + b^2; (r is the magnitude, modulus or absolute value of the complex number); (theta is the argument); tan(theta) = b/a; theta = arctan(b/a); cos(theta) = a/r, sin(theta) = b/r so a=rcos(theta) and b=rsin(theta); complex number written as: z=real part + imaginary part; z = rcos(theta) + rsin(theta)i = r(cos(theta) + isin(theta)) = e^i(phi) - Euler's formula

Complex numbers in polar coordinates: r^2 = a^2 + b^2; (r is the magnitude, modulus or absolute value of the complex number); (theta is the argument); tan(theta) = b/a; theta = arctan(b/a); cos(theta) = a/r, sin(theta) = b/r so a=rcos(theta) and b=rsin(theta); complex number written as: z=real part + imaginary part; z = rcos(theta) + rsin(theta)i = r(cos(theta) + isin(theta)) = e^i(phi) - Euler's formula

Addition and Subtraction Formulas for Sine and Cosine  Formulas for sin(α - β) and cos(α - β)

Addition and Subtraction Formulas for Sine and Cosine: In a right triangle with legs a and b and hypotenuse c, and angle alpha opposite side a, the trigonometric functions sine and cosine are defined as sin(alpha) = a/c, cos(alpha) = b/c

Because I'm in math...

A collection of social dance comics. Another Reason to Learn the Reverse Dances? Math Line Dance, Anyone? Off-Site Social Dance Comics Only in the Bay Area Dancing Through Life Revolution Wh…

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