GRE Quantitative Reasoning - Complex Fractions

1

Simplify:

$\frac{\frac{1}{2}}{8}+\frac{\frac{x}{4}}{4}$

2

Simplify:

$\frac{\frac{1}{2}}{8}+\frac{\frac{x}{4}}{4}$

3

Quantity A:

Quantity B:

4

Quantity A:

Quantity B:

5

Rhoda can prune rhododendrons in hours, while Rhonda can prune in hours. If a work day is hours, how many rhododendrons will Rita have to prune per hour so that the team prunes the garden's rhododendrons?

6

Rhoda can prune rhododendrons in hours, while Rhonda can prune in hours. If a work day is hours, how many rhododendrons will Rita have to prune per hour so that the team prunes the garden's rhododendrons?

7

Megaton High is holding elections for the school president, vice president, and chief hall monitor, as well four secretarial positions which are identical. If a total of students are in the running for either president, vice president, or hall monitor, students are in the running for the secretarial positions, and no student can hold more than one position, how many possible election results are possible?

8

Megaton High is holding elections for the school president, vice president, and chief hall monitor, as well four secretarial positions which are identical. If a total of students are in the running for either president, vice president, or hall monitor, students are in the running for the secretarial positions, and no student can hold more than one position, how many possible election results are possible?

9

$\frac{2\frac{1}{4}}{3\frac{3}{5}}=?$

10

$\frac{2\frac{1}{4}}{3\frac{3}{5}}=?$

Complex Fractions

Practice Questions