Mathematics Objective Questions and Answers: Application of Derivatives
Access targeted multiple-choice questions for Application of Derivatives designed to align with the latest JEE academic syllabus for JEE Mathematics. These objective practice sets help students evaluate their conceptual understanding and improve exam readiness.
Download Application of Derivatives MCQs with Answers
View or download the dedicated Application of Derivatives MCQ resource below. Practicing these 50 objective questions regularly builds familiarity with standard exam patterns and helps secure higher marks in final Mathematics evaluations.
Multiple Choice Questions
(a) |m| > 1
(b) m < 1
(c) |m| < 1
(d) |m| ≤ 1
Show Answer & Explanation
Answer: (d) |m| ≤ 1
Explanation:
1. Differentiate: \( e^y\frac{dy}{dx}=2x \), so \( m=\frac{2x}{1+x^2} \).
2. Since \( 1+x^2\ge2|x| \) (AM-GM), \( |m|\le1 \), with equality at x = ±1.
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(a) 2
(b) 3
(c) −3
(d) none of these
Show Answer & Explanation
Answer: (b) 3
Explanation:
1. \( x^2-x=2 \) gives x = 2 or x = −1; the first quadrant point is (2, 2).
2. Slope \( =2x-1=3 \).
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(a) −1
(b) 1
(c) 0
(d) none of these
Show Answer & Explanation
Answer: (a) −1
Explanation:
1. Ordinate = abscissa: \( x=\sqrt{4-x^2} \) gives \( x=\sqrt2 \), \( y=\sqrt2 \).
2. Slope \( =\frac{-x}{\sqrt{4-x^2}}=-\frac{\sqrt2}{\sqrt2}=-1 \).
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(a) 1
(b) 0
(c) 2
(d) −1
Show Answer & Explanation
Answer: (d) −1
Explanation:
1. For \( -\pi\le x\le0 \), \( \cos^{-1}(\cos x)=-x \).
2. So the slope at \( x=-\frac\pi4 \) is −1.
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74. .
(a) \( \frac\pi4 \)
(b) \( \frac\pi3 \)
(c) \( \frac\pi2 \)
(d) 0
Show Answer & Explanation
Answer: (d) 0
Explanation:
1. \( \frac{dy}{dt}=e^t(\cos t-\sin t) \) and \( \frac{dx}{dt}=e^t(\sin t+\cos t) \).
2. At t = π/4: dy/dt = 0 and dx/dt ≠ 0, so the slope is 0 and the inclination is 0.
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86. .
(a) (0, 1)
(b) (1, 0)
(c) (1, 1)
(d) none of these
Show Answer & Explanation
Answer: (b) (1, 0)
Explanation:
1. Differentiate: \( 1+y'=e^{xy}(y+xy') \), so \( y'(1-xe^{xy})=ye^{xy}-1 \).
2. A vertical tangent needs the coefficient of y′ to vanish: \( xe^{xy}=1 \).
3. (1, 0) satisfies both this and the curve: 1 + 0 = 1 = e⁰.
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(a) \( \left(\frac54,\frac{\sqrt5}{2}\right) \)
(b) (2, −1)
(c) \( \left(\frac18,\frac12\right) \)
(d) none of these
Show Answer & Explanation
Answer: (c) \( \left(\frac18,\frac12\right) \)
Explanation:
1. Slope of PQ \( =\frac{2-(-1)}{2-\frac12}=2 \).
2. Tangent slope \( \frac{dy}{dx}=\frac1y=2 \), so \( y=\frac12 \) and \( x=\frac{y^2}{2}=\frac18 \).
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(a) 2
(b) 1
(c) 0
(d) 4
Show Answer & Explanation
Answer: (b) 1
Explanation:
1. The curve lies in the first quadrant (x, y ≥ 0) and \( \frac{dy}{dx}=-\sqrt{\frac xy}\le0 \).
2. Equal inclination to the axes means slope −1 only (slope +1 is impossible), giving x = y.
3. So only one point, hence one tangent.
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74. .
(a) (a⁴, a⁴)
(b) (0, 4a⁴)
(c) (4a⁴, 0)
(d) none of these
Show Answer & Explanation
Answer: (a) (a⁴, a⁴)
Explanation:
1. Slope \( =-\sqrt{\frac yx}=-1 \) gives x = y.
2. Then \( 2\sqrt x=2a^2 \), so \( x=a^4 \) and the point is (a⁴, a⁴).
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62. .
(a) \( \frac\pi2 \)
(b) \( \frac\pi4 \)
(c) \( \frac\pi3 \)
(d) none of these
Show Answer & Explanation
Answer: (a) \( \frac\pi2 \)
Explanation:
1. For \( x^2=5-4y \): \( 2x=-4y' \), slope at (1, 1) is \( -\frac12 \).
2. For \( y=x^2 \): slope 2.
3. Product \( -\frac12\times2=-1 \), so the curves cut at right angles.
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51. .
(a) \( \frac\pi4 \)
(b) \( \tan^{-1}\frac{6\sqrt2}{7} \)
(c) \( \frac\pi2 \)
(d) none of these
Show Answer & Explanation
Answer: (b) \( \tan^{-1}\frac{6\sqrt2}{7} \)
Explanation:
1. At y = 1: \( x^2=16\cdot\frac89 \), so \( x=\pm\frac{8\sqrt2}{3} \).
2. Tangent slopes \( m=-\frac{9x}{16y}=\mp\frac{3\sqrt2}{2} \), so \( m^2=\frac92 \).
3. Angle between slopes m and −m: \( \tan\theta=\frac{2m}{1-m^2} \), magnitude \( \frac{3\sqrt2}{3.5}=\frac{6\sqrt2}{7} \).
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65. .
(a) \( -\frac1{\sqrt3} \)
(b) \( \frac1{\sqrt3} \)
(c) 0
(d) none of these
Show Answer & Explanation
Answer: (a) \( -\frac1{\sqrt3} \)
Explanation:
1. \( f'(1)=\tan\frac\pi6=\frac1{\sqrt3},\ f'(2)=\sqrt3,\ f'(3)=1 \).
2. First integral \( =\left[\frac{f'(x)^2}{2}\right]_2^3=\frac{1-3}{2}=-1 \).
3. Second integral \( =f'(3)-f'(1)=1-\frac1{\sqrt3} \).
4. Sum \( =-\frac1{\sqrt3} \).
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(a) x + y = e
(b) e(x + y) = 1
(c) y + ex = 1
(d) none of these
Show Answer & Explanation
Answer: (d) none of these
Explanation:
1. For x > 0, \( y=e^{-x} \) and \( y'=-e^{-x} \). At x = 1 the point is \( (1,e^{-1}) \) with slope \( -e^{-1} \).
2. Tangent: \( y-e^{-1}=-e^{-1}(x-1) \), i.e. x + ey = 2, which matches none of a, b, c.
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74. .
(a) \( \frac xa+\frac yb=1 \)
(b) \( \frac xa+\frac yb=-1 \)
(c) \( \frac xa-\frac yb=1 \)
(d) none of these
Show Answer & Explanation
Answer: (a) \( \frac xa+\frac yb=1 \)
Explanation:
1. At x = 0, y = b. Slope \( y'=-\frac ba e^{-x/a}=-\frac ba \).
2. Tangent: \( y-b=-\frac ba x \), i.e. \( \frac xa+\frac yb=1 \).
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76. .
(a) 2a
(b) a
(c) \( \frac a2 \)
(d) none of these
Show Answer & Explanation
Answer: (b) a
Explanation:
1. At the point \( (x_0,y_0) \) the tangent has intercepts \( OP=\sqrt{x_0}\sqrt a \) and \( OQ=\sqrt{y_0}\sqrt a \).
2. Sum \( =\sqrt a(\sqrt{x_0}+\sqrt{y_0})=\sqrt a\cdot\sqrt a=a \).
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53. .
(a) 1
(b) −2
(c) 4
(d) none of these
Show Answer & Explanation
Answer: (c) 4
Explanation:
1. The line is x + y = 3, i.e. y = 3 − x.
2. Tangency: \( (x+1)(3-x)=c \), i.e. \( x^2-2x+(c-3)=0 \) with zero discriminant: \( 4-4(c-3)=0 \), so c = 4.
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(a) (b, a)
(b) (a, b)
(c) (1, 1)
(d) \( \left(\frac1b,\frac1a\right) \)
Show Answer & Explanation
Answer: (b) (a, b)
Explanation:
1. At (a, b) the curve gives \( 1+1=2 \) and the line gives \( 1+1=2 \).
2. The tangent to the curve at (a, b) is \( \frac{x}{a}+\frac yb=2 \) by differentiation, so the line touches it there.
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(a) 4
(b) 2
(c) 8
(d) none of these
Show Answer & Explanation
Answer: (a) 4
Explanation:
1. Using the previous result with \( \sqrt a=2 \), i.e. a = 4, the sum of intercepts is a = 4.
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48. .
(a) 1 unit²
(b) 2 unit²
(c) \( \frac12 \) unit²
(d) none of these
Show Answer & Explanation
Answer: (c) \( \frac12 \) unit²
Explanation:
1. Slope of tangent at x = 1 is 1, so the normal has slope −1: \( y=-(x-1) \).
2. It meets the axes at (1, 0) and (0, 1).
3. Area \( =\frac12\times1\times1=\frac12 \).
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(a) \( \left(-\frac{22}{9},-\frac29\right) \)
(b) \( \left(\frac{22}{9},\frac29\right) \)
(c) (−2, −2)
(d) none of these
Show Answer & Explanation
Answer: (a) \( \left(-\frac{22}{9},-\frac29\right) \)
Explanation:
1. Gradient at (2, 2) is (4x, 2y) = (8, 4), so the normal direction is (2, 1): \( (2+2t,\ 2+t) \).
2. Substitute: \( 2(2+2t)^2+(2+t)^2=12 \) gives \( 9t^2+20t=0 \), so \( t=-\frac{20}{9} \).
3. Point \( \left(-\frac{22}{9},-\frac29\right) \).
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