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Quantitative Questions

March 3rd, 2010 | No Comments | Posted in Quantitative Ability

quantitative-questions-Directions for next 3 Quantitative Questions: Answer these quantitative questions based on the information given below.
S = {a, b, c, d, e}. A binary operation * is defined by the following table, which had been partially filled up.
Quantitative Questions
For all x, y belonging to S, x * y = y * x. The operation * is so defined that every x belonging to S occurs exactly once in each row and each column of the table.

1. If a * b = e and a * a = d, what is the value of c * d?
a. a
b. b
c. c
d. e

2. If a * a = b and b * b = c, what is the value of c * d?
a. a
b. b
c. c
d. e

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CAT Quantitative Questions

February 15th, 2010 | 1 Comment | Posted in Quantitative Ability

CAT Quantitative Questions: Directions for next 3 CAT Quantitative Questions: Refer to the data below and answer the quantitative questions that follow.
The registration number of my car is ABCD and that of my scooter is DCBA. Incidentally, both ABCD and DCBA are four digit prime numbers. Also, A, B, C, D are prime but each alphabet need not be the different i.e. A may be equal to C and so on. Answer the following questions on the basis of the given information.

1. Which is the smallest Prime number in the order ABCD which satisfies the given condition?
a. 3377
b. 7752
c. 3257
d. 3335

2. Which is the largest number possible in the order DCBA?
a. 7733
b. 3335
c. 7757
d. 5223

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Quantitative Questions For CAT

February 6th, 2010 | 1 Comment | Posted in Quantitative Ability

Quantitative Questions For CAT: Directions for next 3 Quantitative Questions: Answer the quantitative questions on the basis of the information given below.

Quantitative Questions For CAT

P, Q and R run on the tracks made in the shape of a star, pentagon and circle, respectively. The radius of the circle is ‘r’ and side of the pentagon = 2a and OX = 2OL = 2b. O is the centre of the figure.

1. Find distance traveled by ‘P’.
a. 5(r² + 3a²)½
b. 10(r² + 3a²/2)½
c. 10(r² + 2a²)½
d. 10(r² + 3a²/4)2

2. If a + b = r 10 km and P travels at a speed of 10 km/hr. Find time taken by P to complete one round.
a. 6.52 hours.
b. 8.5 hours
c. 8 hours
d. 7.21 hours

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