randRange(2, 9) randRange(1, 9) randRange(1, 2) pow(10, PLACES) roundTo(3, NUMERATOR / DENOMINATOR)

Rewrite `\dfrac{NUMERATOR * FACTOR}{DENOMINATOR * FACTOR}` as a decimal.

SOLUTION

`\dfrac{NUMERATOR * FACTOR}{DENOMINATOR * FACTOR}` is equivalent to `\dfrac{NUMERATOR}{DENOMINATOR}`

`\dfrac{NUMERATOR}{DENOMINATOR} = SOLUTION`

randRange(2, 4) 2 * randRange(1, 4) + 1 randRange(1, 2) 2 * pow(10, PLACES - 1) roundTo(3, NUMERATOR / DENOMINATOR)

Rewrite `\dfrac{NUMERATOR * FACTOR}{DENOMINATOR * FACTOR}` as a decimal.

SOLUTION

`\dfrac{NUMERATOR * FACTOR}{DENOMINATOR * FACTOR}` is equivalent to `\dfrac{NUMERATOR}{DENOMINATOR}`

We can rewrite `\dfrac{NUMERATOR}{DENOMINATOR}` in decimal form by multiplying the numerator and denominator by `5`.

`\dfrac{NUMERATOR \times 5}{DENOMINATOR \times 5} = \dfrac{NUMERATOR * 5}{DENOMINATOR * 5}`

`\dfrac{NUMERATOR * 5}{DENOMINATOR * 5} = SOLUTION`

randRange(1, 9) randRange(1, 2) 5 * pow(10, PLACES - 1) roundTo(3, NUMERATOR / DENOMINATOR)

Rewrite `\dfrac{NUMERATOR}{DENOMINATOR}` as a decimal.

SOLUTION

We can rewrite `\dfrac{NUMERATOR}{DENOMINATOR}` in decimal form by multiplying the numerator and denominator by `2`.

`\dfrac{NUMERATOR \times 2}{DENOMINATOR \times 2} = \dfrac{NUMERATOR * 2}{DENOMINATOR * 2}`

`\dfrac{NUMERATOR * 2}{DENOMINATOR * 2} = SOLUTION`