JEE Questions for Maths Applications Of Derivatives Quiz 11 - MCQExams.com


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  • 2)
    Maths-Applications of Derivatives-10132.png

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  • 2)
    Maths-Applications of Derivatives-10138.png

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Which one is the correct statement about the function f(x) = sin 2x

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  • 2)
    Maths-Applications of Derivatives-10143.png

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  • The statements (a), (b) and (c) are all correct
The function f defined by f(x) = (x + 2)ex is
  • Decreasing for all x
  • Decreasing in (–∞, –and increasing (–1, ∞)
  • Increasing for all x
  • Decreasing in (–1, ∞) and increasing in (–∞, –1)
If f(x) = x3 – 10x2 + 200x – 10 then
  • f(x) is decreasing in [ – ∞, 10] and increasing in [10, ∞]
  • f(x) is increasing in [–∞, 10] and decreasing in [10, ∞]
  • f(x) is increasing through real line
  • f(x) is decreasing through real line

Maths-Applications of Derivatives-10148.png
  • Both f(x) and g (x) are increasing functions
  • Both f(x) and g(x) are decreasing functions
  • f(x) is an increasing function
  • g(x) is an increasing function
Select the correct statement from (a), (b), (c), (d). The function f(x) = x e1–x

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  • 2)
    Maths-Applications of Derivatives-10151.png

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  • Maths-Applications of Derivatives-10153.png
If f(x) = x2 + ax + 5 is increasing function in (2,then the minimum value of a is…; a ϵ R
  • 2
  • –4
  • –2
  • 4

Maths-Applications of Derivatives-10156.png
  • ad – bc > 0
  • ad – bc < 0
  • ab – ad > 0
  • ab – cd < 0

Maths-Applications of Derivatives-10158.png
  • Increasing when x ≥ 0
  • Strictly increasing when x > 0
  • Strictly increasing at x = 0
  • Not continuous at x = 0 and so it is not increasing when x > 0

Maths-Applications of Derivatives-10160.png
  • cosec x
  • tan x
  • x2
  • |x – 1|

Maths-Applications of Derivatives-10162.png
  • λ > 1
  • λ < 1
  • λ < 4
  • λ>4

Maths-Applications of Derivatives-10164.png
  • Strictly decreasing
  • Strictly increasing
  • Decreasing in (2,only
  • Neither increasing nor decreasing

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  • 2)
    Maths-Applications of Derivatives-10168.png

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  • None of these

Maths-Applications of Derivatives-10171.png
  • (1,2e)
  • (0, e)
  • (2, 2e)

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  • 2)
    Maths-Applications of Derivatives-10176.png

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  • Maths-Applications of Derivatives-10178.png

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  • 2)
    Maths-Applications of Derivatives-10182.png

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  • An increasing function
  • A decreasing function
  • Both increasing and decreasing function
  • None of the above
The function f(x) = x + cos x is
  • Always increasing
  • Always decreasing
  • Increasing for certain range of x
  • None of the above
The function f(x) = x1/x is
  • Increasing in (1, ∞)
  • Decreasing in (1, ∞)
  • Increasing in (1, e) decreasing in (e, ∞)
  • Decreasing in (1, e), increasing in (e, ∞)
The function xx is increasing, when

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  • 2)
    Maths-Applications of Derivatives-10191.png

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  • For all real x
A function is matched below against an interval where it is supposed to be increasing. Which of the following pairs is incorrectly matched?

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  • 2)
    Maths-Applications of Derivatives-10195.png

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  • Maths-Applications of Derivatives-10197.png
The length of the longest interval, in which the function 3 sin x – 4 sin3x increasing is

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  • 2)
    Maths-Applications of Derivatives-10200.png

  • Maths-Applications of Derivatives-10201.png

  • Maths-Applications of Derivatives-10202.png
Let f(x) = x3 + bx + cx + d, 0 < b2 < c. Then f
  • Is bounded
  • Has a local maxima
  • Has a local minima
  • Is strictly increasing

Maths-Applications of Derivatives-10205.png
  • Increasing
  • Decreasing
  • Stationary
  • Discontinous

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  • 2)
    Maths-Applications of Derivatives-10209.png

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  • 2)
    Maths-Applications of Derivatives-10215.png

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The function f(x) = tan–1 (sinx + cos x), x > 0 is always an increasing function on the interval

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  • 2)
    Maths-Applications of Derivatives-10220.png

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Maths-Applications of Derivatives-10225.png
  • Increasing
  • Decreasing
  • Even
  • None of these
The function f(x) = ax + b is strictly increasing for all real x if
  • a > 0
  • a < 0
  • a = 0
  • a ≤ 0

Maths-Applications of Derivatives-10228.png
  • [1.5, 3]
  • For no interval
  • [0, 3]
  • [–3, 0]
Rolle’s theorem is not applicable to the function f(x) = |x| defined on [–1, 1] because
  • f is not continuous on [–1, 1]
  • f is not differentiable on (–1, 1)
  • f(– ≠ f(1)
  • f(–= f(≠ 0

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  • 2)
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  • 2)
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  • 2)
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  • 1
  • 2)
    Maths-Applications of Derivatives-10250.png
  • 2
  • None of these

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  • 2)
    Maths-Applications of Derivatives-10254.png

  • Maths-Applications of Derivatives-10255.png
  • None of these

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  • 2)
    Maths-Applications of Derivatives-10259.png

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  • 2)
    Maths-Applications of Derivatives-10265.png

  • Maths-Applications of Derivatives-10266.png
  • None of these
A function f is defined by f(x) = ex sin x in [0, π]. Which of the following is not correct
  • f is continuous in [0, π]
  • f is differentiable in [0, π]
  • f(= f(π)
  • Rolle’s theorem is not true in [0, π]

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  • 0
  • 2)
    Maths-Applications of Derivatives-10270.png

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  • None of these

Maths-Applications of Derivatives-10273.png
  • 3
  • 0
  • 1
  • 2

Maths-Applications of Derivatives-10275.png
  • a = – 11
  • a = – 6
  • a = 6
  • a = 11

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  • 2)
    Maths-Applications of Derivatives-10279.png

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The abscissa of the points of the curve y = x3 in the interval [–2,2], where the slope of the tangents can be obtained by mean value theorem for the interval [–2, 2], are

  • Maths-Applications of Derivatives-10283.png
  • 2)
    Maths-Applications of Derivatives-10284.png

  • Maths-Applications of Derivatives-10285.png
  • 0
The function f(x) = (x – 3)2 satisfies all the conditions of mean value theorem in [3, 4]. A point on y = (x – 3)2, where the tangent is parallel to the chord joining (3,and (4,is

  • Maths-Applications of Derivatives-10287.png
  • 2)
    Maths-Applications of Derivatives-10288.png
  • (1, 4)
  • (4, 1)

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  • 2)
    Maths-Applications of Derivatives-10292.png

  • Maths-Applications of Derivatives-10293.png

  • Maths-Applications of Derivatives-10294.png

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  • 2)
    Maths-Applications of Derivatives-10298.png

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  • Maths-Applications of Derivatives-10300.png

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  • 2)
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In which of the following functions, Rolle’s theorem is applicable

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  • 2)
    Maths-Applications of Derivatives-10310.png

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