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Quantitative Aptitude
List of top Quantitative Aptitude Questions
Is $a^2 > 3a-b^4$?
1. $3a-b^4 = -5$
2. a $>$ 5 and b $>$ 0
GMAT
Quantitative Aptitude
Inequalities
Is xy $>$ 24?
1. y - 2 $<$ x
2. 2y $>$ x + 8
GMAT
Quantitative Aptitude
Inequalities
Line M is tangent to a circle, which is centered on point (3, 4). Does Line M run through point (6, 6)?
1. Line M runs through point (-8, 6)
2. Line M is tangent to the circle at point (3, 6)
GMAT
Quantitative Aptitude
Coordinate Geometry
If x and y are positive integers, is x/y an integer?
1. Every factor of y is also a factor of x
2. Every factor of x is also a factor of y
GMAT
Quantitative Aptitude
Number Properties
For nonnegative integers x and y, what is the remainder when x is divided by y?
1. \(\displaystyle \frac{x}{y}=13.8\)
2. The numbers \(\displaystyle x\) and \(\displaystyle y\) have a combined total of less than 5 digits.
GMAT
Quantitative Aptitude
Remainders
What is the average of the terms in set J?
1. The sum of any three terms in Set J is 21
2. Set J consists of 12 total terms.
GMAT
Quantitative Aptitude
Average
If a, b, and c are distinct positive integers where a$<$b$<$c and $\sqrt{abc}=c$, what is the value of a?
1. c=8
2. The average of a, b, and c is 143
GMAT
Quantitative Aptitude
Number Properties
What is the value of x?
(1) \((x)(x + 1) = (2013)(2014)\)
(2) x is odd
GMAT
Quantitative Aptitude
Algebra
If Alyssa is twice as old as Brandon, by how many years is Brandon older than Clara?
(1) Four years ago, Alyssa was twice as old as Clara is now.
(2) Alyssa is 8 years older than Clara.
GMAT
Quantitative Aptitude
Word Problems
Is \(x>9\)?
1. \(x^2+3x=28\)
2. \(9x-5x=28\)
GMAT
Quantitative Aptitude
Algebra
What is the value of \(j+k\)?
1. \(mj+mk = 2m\)
2. \(5j + 5k = 10\)
GMAT
Quantitative Aptitude
Algebra
If arc XYZ above is a semicircle, what is its length?
1. q = 2
2. r = 8
GMAT
Quantitative Aptitude
Geometry
x is a positive integer less than 20. What is the value of x?
1. x is the sum of two consecutive integers.
2. x is the sum of five consecutive integers.
GMAT
Quantitative Aptitude
Number Properties
If \(yz \neq 0\), is \(x-y+z < xz-yz-xy\)?
1. \(\displaystyle \frac{x}{y}<-\frac{1}{2}\)
2. \(\displaystyle xy< 0\)
GMAT
Quantitative Aptitude
Algebra
Set T is a finite set of positive consecutive multiples of 14. How many of these integers are also multiples of 21?
1. Set T consists of 30 integers.
2. The smallest integer in Set T is a multiple of 21.
GMAT
Quantitative Aptitude
Number Properties
On times
X
\(\%\)
Up to 15 minutes delayed
43
\(\%\)
15-30 minutes delayed
17
\(\%\)
30-60 minutes delayed
12
\(\%\)
More than 60 minutes delayed
3
\(\%\)
The chart above describes departures from a certain airport on a certain day. If 1,200 flights were delayed, how many flights departed on time?
NMAT
Quantitative Aptitude
Percentage
A dishonest dealer claims to sell his goods at 20% discount, but uses a weight of 800 grams for weighing 1 kilogram of goods. What is the profit or loss being made by the dealer?
Quantitative Aptitude
Commercial Maths
The sum of a two-digit number and the number obtained by reversing the digits is 99. If the digits of the number differ by 7, then the two-digit number can be:
CUET (UG)
Quantitative Aptitude
Basic Algebra
The ratio of the ages of Amit and his father is 2:5. After 4 years, the ratio of their ages will become 3:7. What will be the ratio of their ages after 6 years?
CUET (UG)
Quantitative Aptitude
Problem on Age
The average of four numbers is 48. If the first number is one-third of the sum of the remaining numbers, then the first number is:
CUET (UG)
Quantitative Aptitude
Average
A train running at the speed of 90 km/h crosses a 400 m long tunnel in 40 seconds. What is the length of the train (in meters)?
CUET (UG)
Quantitative Aptitude
Speed, Time and Distance
An amount becomes 5 times its original value in 25 years. What is the rate of simple interest per annum?
CUET (UG)
Quantitative Aptitude
Simple Interest
If the selling price of 75 articles is equal to the cost price of 90 articles, then find the gain percentage.
CUET (UG)
Quantitative Aptitude
Profit and Loss
PQ and RS are common tangents to two circles intersecting at points A and B. A and B, when produced on both sides, meet the tangents PQ and RS at X and Y, respectively. If AB = 3 cm and XY = 5 cm, then PQ is:
CUET (UG)
Quantitative Aptitude
Tangents and Normals
A die is thrown once. What is the probability of getting a number greater than 4?
CUET (UG)
Quantitative Aptitude
Probability
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