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Evaluate the following limits:
`lim_(x -> oo) ((x^2 - 2x + 1)/(x^2 -4x + 2))^x`
Concept: undefined >> undefined
Evaluate the following limits:
`lim_(x -> 0) ("e"^x - "e"^(-x))/sinx`
Concept: undefined >> undefined
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Evaluate the following limits:
`lim_(x -> 0) ("e"^("a"x) - "e"^("b"x))/x`
Concept: undefined >> undefined
Evaluate the following limits:
`lim_(x -> ) (sinx(1 - cosx))/x^3`
Concept: undefined >> undefined
Evaluate the following limits:
`lim_(x -> 0) (tan x - sin x)/x^3`
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(x -> oo) sinx/x`
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(x - pi/2) (2x - pi)/cos x`
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(x -> 0) sqrt(1 - cos 2x)/x`
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(theta -> 0) (sinsqrt(theta))/(sqrt(sin theta)`
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(x -> oo) ((x^2 + 5x + 3)/(x^2 + x + 3))^x` is
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(x - oo) sqrt(x^2 - 1)/(2x + 1)` =
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(x -> 0) ("a"^x - "b"^x)/x` =
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(x -> 0) (8^x - 4x - 2^x + 1^x)/x^2` =
Concept: undefined >> undefined
Choose the correct alternative:
If `f(x) = x(- 1)^([1/x])`, x ≤ 0, then the value of `lim_(x -> 0) f(x)` is equal to
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(x -> 3) [x]` =
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(x -> 0) (x"e"^x - sin x)/x` is
Concept: undefined >> undefined
Choose the correct alternative:
If `lim_(x -> 0) (sin "p"x)/(tan 3x)` = 4, then the value of p is
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(alpha - pi/4) (sin alpha - cos alpha)/(alpha - pi/4)` is
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(x -> oo) (1/"n"^2 + 2/"n"^2 + 3/"n"^2 + ... + "n"/"n"^2)` is
Concept: undefined >> undefined
Choose the correct alternative:
`lim_(x -> 0) ("e"^(sin x) - 1)/x` =
Concept: undefined >> undefined
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| Tamil Nadu Board of Secondary Education HSC Arts कक्षा ११ Question Bank Solutions |
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