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Tamil Nadu Board of Secondary EducationHSC Arts इयत्ता ११

HSC Arts इयत्ता ११ - Tamil Nadu Board of Secondary Education Question Bank Solutions

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Integrate the following with respect to x:

`4 cos(5 - 2x) + 9"e"^(3x  - 6) + 24/(6 - 4x)`

[11] Integral Calculus
Chapter: [11] Integral Calculus
Concept: undefined >> undefined

Integrate the following with respect to x:

`sec^2  x/5 + 18 cos2x + 10sec(5x + 3) tan(5x + 3)`

[11] Integral Calculus
Chapter: [11] Integral Calculus
Concept: undefined >> undefined

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Integrate the following with respect to x:

`8/sqrt(1 - (4x)^2) + 27/sqrt(1 - 9x^2) - 15/(1 + 25x^2)`

[11] Integral Calculus
Chapter: [11] Integral Calculus
Concept: undefined >> undefined

Integrate the following with respect to x:

`6/(1 + (3x + 2)^2) - 12/sqrt(1 - (3 - 4x)^2`

[11] Integral Calculus
Chapter: [11] Integral Calculus
Concept: undefined >> undefined

Integrate the following with respect to x:

`1/3 cos(x/3 - 4) + 7/(7x + 9) + "e"^(x/5 + 3)`

[11] Integral Calculus
Chapter: [11] Integral Calculus
Concept: undefined >> undefined

If A and B are mutually exclusive events P(A) = `3/8` and P(B) = `1/8`, then find `"P"(bar"A")`

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

If A and B are mutually exclusive events P(A) = `3/8` and P(B) = `1/8`, then find `"P"("A" ∪ "B")`

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

If A and B are mutually exclusive events P(A) = `3/8` and P(B) = `1/8`, then find `"P"(bar"A" ∩ "B")`

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

If A and B are mutually exclusive events P(A) = `3/8` and P(B) = `1/8`, then find `"P"(bar"A" ∪ bar"B")`

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

If A and B are two events associated with a random experiment for which P(A) = 0.35, P(A or B) = 0.85, and P(A and B) = 0.15 Find P(only B)

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

If A and B are two events associated with a random experiment for which P(A) = 0.35, P(A or B) = 0.85, and P(A and B) = 0.15 Find `"P"(bar"B")` 

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

If A and B are two events associated with a random experiment for which P(A) = 0.35, P(A or B) = 0.85, and P(A and B) = 0.15 Find P(only A) 

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

A die is thrown twice. Let A be the event, ‘First die shows 5’ and B be the event, ‘second
die shows 5’. Find P(A ∪ B)

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

The probability of an event A occurring is 0.5 and B occurring is 0.3. If A and B are mutually exclusive events, then find the probability of P(A ∪ B)

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

The probability of an event A occurring is 0.5 and B occurring is 0.3. If A and B are mutually exclusive events, then find the probability of `"P"("A" ∩ bar"B")`

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

The probability of an event A occurring is 0.5 and B occurring is 0.3. If A and B are mutually exclusive events, then find the probability of `"P"(bar"A" ∩ "B")`

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

A town has 2 fire engines operating independently. The probability that a fire engine is available when needed is 0.96. What is the probability that a fire engine is available when needed?

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

A town has 2 fire engines operating independently. The probability that a fire engine is available when needed is 0.96. What is the probability that neither is available when needed?

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

The probability that a new railway bridge will get an award for its design is 0.48, the probability that it will get an award for the efficient use of materials is 0.36, and that it will get both awards is 0.2. What is the probability, that it will get at least one of the two awards

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined

The probability that a new railway bridge will get an award for its design is 0.48, the probability that it will get an award for the efficient use of materials is 0.36, and that it will get both awards is 0.2. What is the probability, that it will get only one of the awards

[12] Introduction to Probability Theory
Chapter: [12] Introduction to Probability Theory
Concept: undefined >> undefined
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