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x³
(x) (x) (x)
x^(m+n)
x^m . x^n
x^m-n
x^m/x^n
x^mn
(x^m)^n
x^m . y^m
(x . y)^m
x^m/y^m
(x/y)^m
1
x^m/x^m
1
x^0
1/x^-n
x^n
1/x^n
x^-n
n√a
a^1/n
n√a^m
a^m/n
1/n√a^m
a^-m/n
2
index of √a
a
n√a^n
n√ab
n√a . n√b
mn√a
m√n√a
n√a/b
n√a/n√b
logx+logy
log(xy)
logx-logy
log(x/y)
nlogx
logx^n
1/nlogx
log n√x
logx/logb
logb^x
1
logb^b
0
logb^1
0°
zero angle
between 0° and 90°
acute angle
90°
right angle
between 90° and 180°
obtuse angle
180°
straight angle
360°
a revolution
opposite/hypotenuse
sin A (fundamental Trigonometric functions)
hypotenuse/opposite
csc A (fundamental Trigonometric functions)
adjacent/hypotenuse
cos A (fundamental Trigonometric functions)
hypotenuse/opposite
sec A (fundamental Trigonometric functions)
opposite/adjacent
tan A (fundamental Trigonometric functions)
adjacent/opposite
cot A (fundamental Trigonometric functions)
1/csc A
sin A (Reciprocal Relations)
1/sec A
cos A (Reciprocal Relations)
1/cot A
tan A (Reciprocal Relations)
1/sin A
csc A (Reciprocal Relations)
1/cos A
sec A (Reciprocal Relations)
1/tan A
cot A (Reciprocal Relations)
sinA/cosA
tan A (Quotient Relations)
cosA/sinA
cot A (Quotient Relations)
1
sin²A+cos²A (Pythagorean Relations)
sin²A+cos²A
1 (Pythagorean Relations)
tan²A+1
sec²A (Pythagorean Relations)
sec²A
tan²A+1 (Pythagorean Relations)
1+cot²A
csc² A (Pythagorean Relations)
csc² A
1+cot²A (Pythagorean Relations)
1-sin²A
cos²A (Pythagorean Relations)
cos²A
1-sin²A (Pythagorean Relations)
1-cos²A
sin²A (Pythagorean Relations)
sin²A
1-cos²A (Pythagorean Relations)
csc²A-1
cot²A (Pythagorean Relations)
cot²A
csc²A-1 (Pythagorean Relations)
tan²A
sec²A-1 (Pythagorean Relations)
sec²A-1
tan²A (Pythagorean Relations)
sinAcosB+cosA+sinB
sin(A+B) (Sum and Difference of Two Angles)
sinAcosB-cosA+sinB
sin(A-B) (Sum and Difference of Two Angles)
cosAcosB-sinAsinB
cos(A+B) (Sum and Difference of Two Angles)
cosAcosB+sinAsinB
cos(A-B) (Sum and Difference of Two Angles)
(Sum and Difference of Two Angles)
tanA-tanB/1+tanAtanB
tan(A-B) (Sum and Difference of Two Angles)
tanA-tanB/1-tanAtanB
tan(A+B) (Sum and Difference of Two Angles)
2sinAcosA
sin2A (Double Angle Formula)
cos²A-sin²A, 1-2sin²x, 2cos²x-1
cos2A (Double Angle Formula)
√1-cosA/2
sin(1/2 A) (Half Angle Formula)
√1+cosA/2
cos(1/2 A) (Half Angle Formula)
1-cosA/sinA, sinA/1+cosA
tan(1/2 A) (Half Angle Formula)