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The product of \sqrt{24a} and \sqrt{6a} is:
GAT
Graduate Assessment Test
Quantitative Ability
\sqrt{\frac{a^2}{16}+\frac{a^2}{25}}=
GAT
Graduate Assessment Test
Quantitative Ability
\sqrt{x^2+y^2} is equal to:
GAT
Graduate Assessment Test
Quantitative Ability
If length of a rectangular field is twice that of its width. What is the perimeter of the field if its area is 1152 m^2?
GAT
Graduate Assessment Test
Quantitative Ability
How many 1 cm square pieces of paper can Rachael cut from a square sheet of paper with a side length of 2.1m?
GAT
Graduate Assessment Test
Quantitative Ability
A square lawn having area 0.25 sq km has to be enclosed with iron railings at the rate of Rs.101 per metre. What will be its cost?
GAT
Graduate Assessment Test
Quantitative Ability
A rectangular field which is 10 times as long as its breadth has an area of 75690 sq m. What is its perimeter?
GAT
Graduate Assessment Test
Quantitative Ability
The difference between the first two perfect squares that end with 9 is:
GAT
Graduate Assessment Test
Quantitative Ability
An instructor having 9224 students under him, arranges them into a square and finds 8 students to be excess. What is the number of students in the front row?
GAT
Graduate Assessment Test
Quantitative Ability
The size of the square which can be made using 256 square shapes with a side length of 6 cm is:
GAT
Graduate Assessment Test
Quantitative Ability
The product of 313 with itself is:
GAT
Graduate Assessment Test
Quantitative Ability
What is the smallest number which when subtracted from 1.00060219 gives a perfect square number?
GAT
Graduate Assessment Test
Quantitative Ability
The cost of the planting sugarcane at the rate of 6 paisa per square meter is Rs.5840.64. What is the length of side of this square field:
GAT
Graduate Assessment Test
Quantitative Ability
A rectangular field which is twice as long as it is broad, has an area of 14450 m^2, what is its perimeter?
GAT
Graduate Assessment Test
Quantitative Ability
What is the least positive integer which is to be added to 57592910 so that sum may be a perfect square?
GAT
Graduate Assessment Test
Quantitative Ability
Three bells toll after intervals of 6, 9 and 15 minutes, respectively. If they toll together at 5 p.m., when will they toll together next?
GAT
Graduate Assessment Test
Quantitative Ability
The chairs in the school hall can be set out in 35 equal rows or in 45 equal rows or in 105 equal rows are:
GAT
Graduate Assessment Test
Quantitative Ability
Ahmed has a rectangular garden measuring 4.32m by 3.36m. He wants to divide it into square plots of equal size. What is largest size square he can use?
GAT
Graduate Assessment Test
Quantitative Ability
The greatest number which divides 2400 and 3600 leaving 48 and 60 respectively, as remainder is:
GAT
Graduate Assessment Test
Quantitative Ability
If, x^x\sqrt{x}=(x\sqrt{x})^x, then x=
GAT
Graduate Assessment Test
Quantitative Ability
The least number which when divided by 12, 15 and 18 leaves 5 as remainder in each case is:
GAT
Graduate Assessment Test
Quantitative Ability
Find the greatest number of 4 digits which when divided by 18, 24, 30 and 36 leaves a remainder 17 in each case.
GAT
Graduate Assessment Test
Quantitative Ability
The product of two numbers is 2500. If their L.C.M. is 125, then their H.C.F. is:
GAT
Graduate Assessment Test
Quantitative Ability
If the L.C.M. and H.C.F. of two numbers are 150 and 30 respectively, and one of the numbers is 18, find the other number?
GAT
Graduate Assessment Test
Quantitative Ability
How many whole bricks 6 X 12 X 24 cm will be sufficient to construct a solid cube of minimum size?
GAT
Graduate Assessment Test
Quantitative Ability
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