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Mathematics · 2024 · 5 Apr · Shift 1

30 questions from this JEE Main paper
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Mathematics · 2024 · 5 Apr · Shift 1

30 questions from this JEE Main paper

Application of Derivatives3 questionsFunctions2 questionsStraight Lines and Pair of Straight Lines1 questions3D Geometry2 questionsComplex Numbers1 questionsMatrices and Determinants2 questionsCircle1 questionsProbability2 questionsDefinite Integration2 questionsSequences and Series2 questionsLimits Continuity and Differentiability2 questionsEllipse1 questionsTrigonometric Ratio and Identites1 questionsVector Algebra2 questionsDifferential Equations1 questionsArea Under the Curves1 questionsParabola1 questionsPermutations and Combinations1 questionsBinomial Theorem1 questionsQuadratic Equation and Inequalities1 questions
  1. Q31.Let a rectangle ABCD of sides 2 and 4 be inscribed in another rectangle PQRS such that the vertices of the rectangle ABCD lie on the sides of the rectangle PQRS. Let a and b be the sides of the rectangle PQRS when its area is maximum. Then…
    Mathematics · Application of Derivatives · MCQ
  2. Q32.Let A={1,3,7,9,11} and B={2,4,5,7,8,10,12}. Then the total number of one-one maps f:A→B, such that f(1)+f(3)=14, is :
    Mathematics · Functions · MCQ
  3. Q33.Let two straight lines drawn from the origin O intersect the line 3x+4y=12 at the points P and Q such that △OPQ is an isosceles triangle and ∠POQ=90∘. If l=OP2+PQ2+QO2…
    Mathematics · Straight Lines and Pair of Straight Lines · MCQ
  4. Q34.If the line 32−x​=4λ+13y−2​=4−z makes a right angle with the line 3μx+3​=61−2y​=75−z​, then 4λ+9μ is equal to :
    Mathematics · 3D Geometry · MCQ
  5. Q35.Consider the following two statements : Statement I: For any two non-zero complex numbers z1​,z2​,(∣z1​∣+∣z2​∣)​∣z1​∣z1​​+∣z2​∣z2​​​≤2(∣z1​∣+∣z2​∣), and …
    Mathematics · Complex Numbers · MCQ
  6. Q36.Let A and B be two square matrices of order 3 such that ∣A∣=3 and ∣B∣=2. Then ∣ATA(adj(2 A))−1(adj(4 B))(adj(AB))−1AAT∣…
    Mathematics · Matrices and Determinants · MCQ
  7. Q37.Let a circle C of radius 1 and closer to the origin be such that the lines passing through the point (3,2) and parallel to the coordinate axes touch it. Then the shortest distance of the circle C from the point (5,5) is :
    Mathematics · Circle · MCQ
  8. Q38.Let f(x)=x5+2x3+3x+1,x∈R, and g(x) be a function such that g(f(x))=x for all x∈R. Then g′(7)g(7)​ is equal to :
    Mathematics · Application of Derivatives · MCQ
  9. Q39.The coefficients a,b,c in the quadratic equation ax2+bx+c=0 are chosen from the set {1,2,3,4,5,6,7,8}. The probability of this equation having repeated roots is :
    Mathematics · Probability · MCQ
  10. Q40.If the system of equations 11x+y+λz=−52x+3y+5z=38x−19y−39z=μ​ has infinitely many solutions, then λ4−μ is equal to :
    Mathematics · Matrices and Determinants · MCQ
  11. Q41.The integral 0∫π/4​3sinx+5cosx136sinx​ dx is equal to :
    Mathematics · Definite Integration · MCQ
  12. Q42.If 1​+2​1​+2​+3​1​+…+99​+100​1​=m and 1⋅21​+2⋅31​+…+99⋅1001​=n, then the point (m,n) lies…
    Mathematics · Sequences and Series · MCQ
  13. Q43.Let d be the distance of the point of intersection of the lines 3x+6​=2y​=1z+1​ and 4x−7​=3y−9​=2z−4​ from the point (7,8,9). Then d2+6 is equal to :
    Mathematics · 3D Geometry · MCQ
  14. Q44.If the function f(x)=x3sin3x+αsinx−βcos3x​,x∈R, is continuous at x=0, then f(0) is equal to :
    Mathematics · Limits Continuity and Differentiability · MCQ
  15. Q45.Let the line 2x+3y−k=0,k>0, intersect the x-axis and y-axis at the points A and B, respectively. If the equation of the circle having the line segment AB as a diameter is x2+y2−3x−2y=0…
    Mathematics · Ellipse · MCQ
  16. Q46.The value of ∫−ππ​1+cos2y2y(1+siny)​dy is :
    Mathematics · Definite Integration · MCQ
  17. Q47.Suppose θ∈[0,4π​] is a solution of 4cosθ−3sinθ=1. Then cosθ is equal to :
    Mathematics · Trigonometric Ratio and Identites · MCQ
  18. Q48.For the function f(x)=sinx+3x−π2​(x2+x), where x∈[0,2π​], consider the following two statements : (I) f is increasing in (0,2π​). (II) f′…
    Mathematics · Application of Derivatives · MCQ
  19. Q49.If A(1,−1,2),B(5,7,−6),C(3,4,−10) and D(−1,−4,−2) are the vertices of a quadrilateral ABCD, then its area is :
    Mathematics · Vector Algebra · MCQ
  20. Q50.If y=y(x) is the solution of the differential equation  dxdy​+2y=sin(2x),y(0)=43​, then y(8π​) is equal to :
    Mathematics · Differential Equations · MCQ
  21. Q51.The area of the region enclosed by the parabolas y=x2−5x and y=7x−x2 is ​.
    Mathematics · Area Under the Curves · Numerical
  22. Q52.From a lot of 10 items, which include 3 defective items, a sample of 5 items is drawn at random. Let the random variable X denote the number of defective items in the sample. If the variance of X is σ2, then 96σ2 is…
    Mathematics · Probability · Numerical
  23. Q53.Suppose AB is a focal chord of the parabola y2=12x of length l and slope m<3​. If the distance of the chord AB from the origin is d, then l d2 is equal to ​…
    Mathematics · Parabola · Numerical
  24. Q54.The number of ways of getting a sum 16 on throwing a dice four times is ​.
    Mathematics · Permutations and Combinations · Numerical
  25. Q55.Let f be a differentiable function in the interval (0,∞) such that f(1)=1 and limt→x​t−xt2f(x)−x2f(t)​=1 for each x>0. Then 2f(2)+3f(3) is equal to ​.
    Mathematics · Limits Continuity and Differentiability · Numerical
  26. Q56.If S={a∈R:∣2a−1∣=3[a]+2{a}}, where [t] denotes the greatest integer less than or equal to t and {t} represents the fractional part of t, then 72∑a∈S​a is equal to ​.
    Mathematics · Functions · Numerical
  27. Q57.Let a1​,a2​,a3​,… be in an arithmetic progression of positive terms. Let Ak​=a12​−a22​+a32​−a42​+…+a2k−12​−a2k2​. If A3​=−153, A5​=−435 and a12​+a22​+a32​=66…
    Mathematics · Sequences and Series · Numerical
  28. Q58.Let a=i^−3j^​+7k^,b=2i^−j^​+k^ and c be a vector such that (a+2b)×c=3(c×a)…
    Mathematics · Vector Algebra · Numerical
  29. Q59.If the constant term in the expansion of (1+2x−3x3)(23​x2−3x1​)9 is p, then 108p is equal to ​.
    Mathematics · Binomial Theorem · Numerical
  30. Q60.The number of distinct real roots of the equation ∣x∣∣x+2∣−5∣x+1∣−1=0 is ​.
    Mathematics · Quadratic Equation and Inequalities · Numerical