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HSC Science (Electronics) इयत्ता ११ वी - Maharashtra State Board Question Bank Solutions for Mathematics and Statistics

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Mathematics and Statistics
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Evaluate the following :

`lim_(x -> 0) [("a"^(3x) - "a"^(2x) - "a"^x + 1)/(x*tanx)]`

[2.7] Limits
Chapter: [2.7] Limits
Concept: undefined >> undefined

Evaluate the following :

`lim_(x -> 2) [(logx - log2)/(x - 2)]`

[2.7] Limits
Chapter: [2.7] Limits
Concept: undefined >> undefined

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Evaluate the following :

`lim_(x -> 1) [("ab"^x - "a"^x"b")/(x^2 - 1)]`

[2.7] Limits
Chapter: [2.7] Limits
Concept: undefined >> undefined

Evaluate the following : 

`lim_(x -> 0) [((5^x - 1)^2)/((2^x - 1)log(1 + x))]`

[2.7] Limits
Chapter: [2.7] Limits
Concept: undefined >> undefined

Evaluate the following limit :

`lim(x>2)[(z^2 -5z+6)/(z^2-4)]`

[2.7] Limits
Chapter: [2.7] Limits
Concept: undefined >> undefined

A card from a pack of 52 playing cards is lost. From the remaining cards of the pack three cards are drawn at random (without replacement) and are found to be all spades. Find the probability of the lost card being a spade.

[1.9] Probability
Chapter: [1.9] Probability
Concept: undefined >> undefined

Let A and B be independent events with P (A) = 0.3 and P (B) = 0.4. Find 

  1. P (A ∩ B)
  2. P (A ∪ B)
  3. P (A | B)
  4. P (B | A)
[1.9] Probability
Chapter: [1.9] Probability
Concept: undefined >> undefined

Evaluate the following:

sin 30° + cos 45° + tan 180°

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

Evaluate the following : 

sin 30° × cos 45° × tan 360°

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

If tanθ = `1/2`, evaluate `(2sin theta + 3cos theta)/(4cos theta + 3sin theta)`

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

Eliminate θ from the following: 

x = 3secθ , y = 4tanθ

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

Eliminate θ from the following : 

x = 6cosecθ, y = 8cotθ

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

Eliminate θ from the following :

x = 4cosθ − 5sinθ, y = 4sinθ + 5cosθ

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

Eliminate θ from the following :

x = 5 + 6cosecθ, y = 3 + 8cotθ

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

Eliminate θ from the following:

2x = 3 − 4 tan θ, 3y = 5 + 3 sec θ

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

Find the acute angle θ such that 2 cos2θ = 3 sin θ.

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

Find the acute angle θ such that 5tan2θ + 3 = 9secθ.

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

Find sinθ such that 3cosθ + 4sinθ = 4

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

If cosecθ + cotθ = 5, then evaluate secθ.

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

If cotθ = `3/4` and π < θ < `(3pi)/2` then find the value of 4cosecθ + 5cosθ.

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