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HSC Arts (English Medium) 12th Standard Board Exam - Maharashtra State Board Important Questions

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In ∆ABC, if `(2cos "A")/"a" + (cos "B")/"b" + (2cos"C")/"c" = "a"/"bc" + "b"/"ca"`, then show that the triangle is a right angled

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Chapter: [3] Trigonometric Functions
Concept: Solutions of Triangle

In ∆ABC, prove that `sin  ((A - B)/2) = ((a - b)/c) cos  C/2` 

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Chapter: [3] Trigonometric Functions
Concept: Solutions of Triangle

Prove that cot−1(7) + 2 cot−1(3) = `pi/4`

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Chapter: [3] Trigonometric Functions
Concept: Inverse Trigonometric Functions

In ΔABC, prove that `("a"^2sin("B" - "C"))/(sin"A") + ("b"^2sin("C" - "A"))/(sin"B") + ("c"^2sin("A" - "B"))/(sin"C")` = 0

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Chapter: [3] Trigonometric Functions
Concept: Solutions of Triangle

In ΔABC, prove that `("b"^2 - "c"^2)/"a" cos"A" + ("c"^2 - "a"^2)/"b" cos"B" + ("a"^2 - "b"^2)/"c" cos "C"` = 0

Appears in 1 question paper
Chapter: [3] Trigonometric Functions
Concept: Solutions of Triangle

If f(x) = x5 + 2x – 3, then (f–1)1 (–3) = ______.

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Chapter: [3] Trigonometric Functions
Concept: Inverse Trigonometric Functions

Find the principal value of `cot^-1 ((-1)/sqrt(3))`

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Chapter: [3] Trigonometric Functions
Concept: Inverse Trigonometric Functions

If f'(x) = x–1, then find f(x)

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Chapter: [3] Trigonometric Functions
Concept: Inverse Trigonometric Functions

Find the principal solutions of cot θ = 0

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Chapter: [3] Trigonometric Functions
Concept: Trigonometric Equations and Their Solutions

Find the cartesian co-ordinates of the point whose polar co-ordinates are `(1/2, π/3)`.

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Chapter: [3] Trigonometric Functions
Concept: Solutions of Triangle

If 2 tan–1(cos x) = tan–1(2 cosec x). then find the value of x.

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Chapter: [3] Trigonometric Functions
Concept: Trigonometric Equations and Their Solutions

Find the general solution of sin θ + sin 3θ + sin 5θ = 0

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Chapter: [3] Trigonometric Functions
Concept: Trigonometric Equations and Their Solutions

If –1 ≤ x ≤ 1, the prove that sin–1 x + cos–1 x = `π/2`

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Chapter: [3] Trigonometric Functions
Concept: Inverse Trigonometric Functions

If a line drawn from the point A( 1, 2, 1) is perpendicular to the line joining P(1, 4, 6) and Q(5, 4, 4) then find the co-ordinates of the foot of the perpendicular.

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Chapter: [4] Pair of Straight Lines
Concept: Equation of a Line in Space

The Cartesian equations of line are 3x -1 = 6y + 2 = 1 - z. Find the vector equation of line.

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Chapter: [4] Pair of Straight Lines
Concept: Equation of a Line in Space

The Cartesian equations of line are 3x+1=6y-2=1-z find its equation in vector form.

 

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Chapter: [4] Pair of Straight Lines
Concept: Equation of a Line in Space

The Cartestation equation of  line is `(x-6)/2=(y+4)/7=(z-5)/3` find its vector equation.

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Chapter: [4] Pair of Straight Lines
Concept: Equation of a Line in Space

Find the coordinates of the point where the line through the points A(3, 4, 1) and B(5, 1, 6) crosses the XZ plane. Also find the angle which this line makes with the XZ plane.

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Chapter: [4] Pair of Straight Lines
Concept: Equation of a Line in Space
 

Find the value of p, so that the lines `l_1:(1-x)/3=(7y-14)/p=(z-3)/2 and l_2=(7-7x)/3p=(y-5)/1=(6-z)/5 ` are perpendicular to each other. Also find the equations of a line passing through a point (3, 2, – 4) and parallel to line l1.

 
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Chapter: [4] Pair of Straight Lines
Concept: Equation of a Line in Space

Find p and q if the equation px2 – 8xy + 3y2 + 14x + 2y + q = 0 represents a pair of prependicular lines.

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Chapter: [4] Pair of Straight Lines
Concept: General Second Degree Equation in x and y
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