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Quantitative Aptitude
List of top Quantitative Aptitude Questions asked in BITSAT
Evaluate
limₙtₒᵢₙfty(aⁿ+bⁿ)/(aⁿ-bⁿ), where a>b>1
BITSAT - 2020
BITSAT
Quantitative Aptitude
Limits
If a,b,c are real numbers then the roots of the equation
(x-a)(x-b)+(x-b)(x-c)+(x-c)(x-a)=0
are always
BITSAT - 2020
BITSAT
Quantitative Aptitude
Quadratic Equations
If α,β are the roots of
x²-2x-1=0,
then the value of α²β²-α²-β² is
BITSAT - 2020
BITSAT
Quantitative Aptitude
Quadratic Equations
If a,b are non-zero roots of x²+ax+b=0, then the least value of x²+ax+b is
BITSAT - 2019
BITSAT
Quantitative Aptitude
Quadratic Equations
Match List I with List II and select the correct answer using the code given below the lists.
List I
(A) f(x)=cos x
(B) f(x)=ln x
(C) f(x)=x²-5x+4
(D) f(x)=eˣ
List II
1. The graph cuts y-axis in infinite number of points
2. The graph cuts x-axis in two points
3. The graph cuts y-axis in only one point
4. The graph cuts x-axis in only one point
5. The graph cuts x-axis in infinite number of points % Codes (A)(a)1453 (b)1354 (c)5423 (d)5324
BITSAT - 2016
BITSAT
Quantitative Aptitude
Functions
If a>b>1, then limₙtₒᵢₙfty(aⁿ+bⁿ)/(aⁿ-bⁿ) is equal to
BITSAT - 2016
BITSAT
Quantitative Aptitude
Limits
If α,β are the roots of the equation x²-2x-1=0, then the value of α²β²+α-α²β² is
BITSAT - 2016
BITSAT
Quantitative Aptitude
Quadratic Equations
If a,b,c are real numbers then the roots of (x-a)(x-b)+(x-b)(x-c)+(x-c)(x-a)=0 are always
BITSAT - 2016
BITSAT
Quantitative Aptitude
Quadratic Equations