GRE Math Numeric Entry Practice Test-4

6:26 AM

Numeric entry questions require you to solve a problem and enter your answer in the space provided. Numeric entry questions account for approximately 10% of the GRE quantitative reasoning section.

In our tests we allow you to enter up to four digits. You can use any digit from 0 to 9 and you can use a decimal point or a slash (/). Use a slash to indicate a fraction.

Numeric Entry Practice Test-4

1. A typist can type 45 words per minute. He increases his speed by 20 per cent. How many words can he now type per hour ?

2. If 2y - x = 8 , and 3x - y = 1, what is the value of x ?

3. The sum of four consecutive integers is 410. What is the value of the least of these integers?

4. On a map showing only four countries, A, B, C and D, A shares a border with B and C. Country D shares a border with B and C. But countries B and C and countries A and D do not share borders. If the map requires different colours for countries with common borders, what is the minimum number of colours required to complete the map?

5. A square has sides s and diagonal d. If 2s² + d² = 100, what is the value of s?

6. Different four-letter passwords can be constructed using the letters A, B, C and D only once. How many such passwords exist if either C or B must be in second position?

7. A book distributor sends out standardized packages weighing 1, 1.5 or 2 kilograms. If during one week 40 per cent of the packages weigh 1 kg, 50 per cent weigh 1.5 kg and 10 per cent weigh 2 kg, what is the average weight in kilograms of the parcels that week?

8. If two lines intersect at apoint to form four angles, and one angle is twice as large as its adjacent (neighboring) angle, what is the degree measure of the smallest angle?

9. What is the area of the shaded region?

10. Two square flowerbeds are placed symmetrically in a rectangular garden as shown in the diagram. The distance between the beds is y and so is the width of the border around the beds on all sides. A seed blown into the garden by the wind is equally likely to land anywhere in the garden. What is the probability that it actually lands in a flowerbed?