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Search results:
101.
Product of sine and cosine
sin
α
⋅
cos
β
=
1
2
[
sin
(
α
−
β
)
+
sin
(
α
+
β
)
]
\sin\alpha \cdot \cos \beta = \dfrac{1}{2} \left[ \sin(\alpha-\beta) + \sin(\alpha + \beta) \right]
sin
α
⋅
cos
β
=
2
1
[
sin
(
α
−
β
)
+
sin
(
α
+
β
)
]
Trigonometry
102.
Product of tangents
tan
α
⋅
tan
β
=
tan
α
+
tan
β
cot
α
+
cot
β
\tan\alpha \cdot \tan\beta = \dfrac{\tan \alpha + \tan \beta}{\cot \alpha + \cot \beta}
tan
α
⋅
tan
β
=
cot
α
+
cot
β
tan
α
+
tan
β
Trigonometry
103.
Product of cotangents
cot
α
⋅
cot
β
=
cot
α
+
cot
β
tan
α
+
tan
β
\cot\alpha \cdot \cot\beta = \dfrac{\cot \alpha + \cot \beta}{\tan \alpha + \tan \beta}
cot
α
⋅
cot
β
=
tan
α
+
tan
β
cot
α
+
cot
β
Trigonometry
104.
Product of tangent and cotangents
tan
α
⋅
cot
β
=
tan
α
+
cot
β
cot
α
+
tan
β
\tan\alpha \cdot \cot\beta = \dfrac{\tan\alpha + \cot\beta}{\cot\alpha+\tan\beta}
tan
α
⋅
cot
β
=
cot
α
+
tan
β
tan
α
+
cot
β
Trigonometry
105.
A
⊂
I
A \sub I
A
⊂
I
Sets
Variables:
A
→
set
I
→
universal set
106.
A
⊂
A
A \sub A
A
⊂
A
Sets
Variables:
A
→
set
107.
Empty set
∅
⊂
A
\emptyset \sub A
∅
⊂
A
Sets
Variables:
A
→
Set
∅
→
Empty set
108.
Union of sets
A
∪
B
=
{
x
:
x
∈
A
or
x
∈
B
}
A \cup B= \{x : x \in A \; \text{or} \; x \in B \}
A
∪
B
=
{
x
:
x
∈
A
or
x
∈
B
}
Sets
109.
Intersection of sets
A
∩
B
=
{
x
:
x
∈
A
and
x
∈
B
}
A \cap B= \{x : x \in A \; \text{and} \; x \in B \}
A
∩
B
=
{
x
:
x
∈
A
and
x
∈
B
}
Sets
110.
Difference of sets
A
∖
B
=
{
x
:
x
∈
A
and
x
∉
B
}
A \setminus B = \{ x : x\in A \, \text{and} \, x\notin B\}
A
∖
B
=
{
x
:
x
∈
A
and
x
∈
/
B
}
Sets
111.
Set commutativity
A
∪
B
=
B
∪
A
A \cup B = B \cup A
A
∪
B
=
B
∪
A
Sets
Variables:
A
→
set
B
→
set
112.
Set commutativity
A
∩
B
=
B
∩
A
A \cap B = B \cap A
A
∩
B
=
B
∩
A
Sets
113.
Set associativity
A
∪
(
B
∪
C
)
=
(
A
∪
B
)
∪
C
A \cup \left(B \cup C \right) = \left( A \cup B \right) \cup C
A
∪
(
B
∪
C
)
=
(
A
∪
B
)
∪
C
Sets
114.
Set associativity
A
∩
(
B
∩
C
)
=
(
A
∩
B
)
∩
C
A \cap \left(B \cap C \right) = \left( A \cap B \right) \cap C
A
∩
(
B
∩
C
)
=
(
A
∩
B
)
∩
C
Sets
115.
Set distributivity
A
∪
(
B
∩
C
)
=
(
A
∪
B
)
∩
(
A
∪
C
)
A \cup \left(B \cap C\right) = \left(A \cup B \right) \cap \left(A \cup C \right)
A
∪
(
B
∩
C
)
=
(
A
∪
B
)
∩
(
A
∪
C
)
Sets
116.
Set distributivity
A
∩
(
B
∪
C
)
=
(
A
∩
B
)
∪
(
A
∩
C
)
A \cap \left(B \cup C\right) = \left(A \cap B \right) \cup \left(A \cap C \right)
A
∩
(
B
∪
C
)
=
(
A
∩
B
)
∪
(
A
∩
C
)
Sets
117.
Idempotency
A
∪
A
=
A
A \cup A = A
A
∪
A
=
A
Sets
118.
Idempotency
A
∩
A
=
A
A \cap A = A
A
∩
A
=
A
Sets
119.
Domination
A
∩
∅
=
A
A \cap \empty = A
A
∩
∅
=
A
Sets
120.
Domination
A
∪
I
=
I
A \cup I = I
A
∪
I
=
I
Sets
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Isoscales triangle
Right Triangle
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Most Important Formulas
Sum and difference formulas
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Sum to product
Product To Sum
Power of trigonometric functions
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Hyperbola
Limits of Functions
Differentiation rules
Differentiation Formulas
Derivatives of Composite Functions
Higher Order Derivatives
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Integrals of hyperbolic functions
Arithmetic series
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