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HSC Science (Computer Science) इयत्ता ११ वी - Maharashtra State Board Question Bank Solutions

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Prove the following:

2(sin6θ + cos6θ) – 3(sin4θ + cos4θ) + 1 = 0

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Prove the following:

cos4θ − sin4θ +1= 2cos2θ

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

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Prove the following:

sin4θ +2sin2θ . cos2θ = 1 − cos4θ

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Prove the following:

`(sin^3theta + cos^3theta)/(sintheta + costheta) + (sin^3theta - cos^3theta)/(sintheta - costheta)` = 2

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Prove the following:

tan2θ − sin2θ = sin4θ sec2θ

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Prove the following:

(sinθ + cosecθ)2 + (cosθ + secθ)2 = tan2θ + cot2θ + 7

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Prove the following:

sin8θ − cos8θ = (sin2θ − cos2θ) (1 − 2 sin2θ cos2θ)

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Prove the following:

sin6A + cos6A = 1 − 3sin2A + 3 sin4A

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Prove the following:

(1 + tanA · tanB)2 + (tanA − tanB)2 = sec2A · sec2B

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Prove the following:

`(1 + cottheta  +  "cosec" theta)/(1 - cottheta  +  "cosec" theta) = ("cosec" theta  + cottheta - 1)/(cottheta - "cosec"theta + 1)`

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Prove the following:

`(tantheta + sectheta - 1)/(tantheta + sectheta + 1) = tantheta/(sec theta + 1)`

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Prove the following:

`("cosec"theta + cottheta + 1)/(cottheta + "cosec" theta - 1) = cottheta/("cosec"theta - 1)`

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Prove the following:

`("cosec"theta + cottheta - 1)/( "cosec"theta + cot theta + 1) =(1-sintheta)/costheta`

[1.2] Trigonometry - 1
Chapter: [1.2] Trigonometry - 1
Concept: undefined >> undefined

Express the following as a sum or difference of two trigonometric function:

`2sin  (2pi)/3 cos  pi/2`

[1.3] Trigonometry - 2
Chapter: [1.3] Trigonometry - 2
Concept: undefined >> undefined

Find the area of triangle whose vertices are

A(5, 8), B(5, 0) C(1, 0)

[1.4] Determinants and Matrices
Chapter: [1.4] Determinants and Matrices
Concept: undefined >> undefined

Find the area of triangle whose vertices are

`"P"(3/2, 1), "Q"(4, 2), "R"(4, (-1)/2)`

[1.4] Determinants and Matrices
Chapter: [1.4] Determinants and Matrices
Concept: undefined >> undefined

Find the area of triangle whose vertices are

M(0, 5), N(−2, 3), T(1, −4)

[1.4] Determinants and Matrices
Chapter: [1.4] Determinants and Matrices
Concept: undefined >> undefined

Find the area of quadrilateral whose vertices are 

A(−3, 1), B(−2, −2), C(3, -1), D(1, 4)

[1.4] Determinants and Matrices
Chapter: [1.4] Determinants and Matrices
Concept: undefined >> undefined

Find the value of k, if the area of triangle whose vertices are P(k, 0), Q(2, 2), R(4, 3) is `3/2 "sq.unit"`

[1.4] Determinants and Matrices
Chapter: [1.4] Determinants and Matrices
Concept: undefined >> undefined

Examine the collinearity of the following set of point:

A(3, −1), B(0, −3), C(12, 5)

[1.4] Determinants and Matrices
Chapter: [1.4] Determinants and Matrices
Concept: undefined >> undefined
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