randFromArray([[1, 1], [1, 0], [0, 1]]) randRange(-10, 10) (NUM_1 < 0) ? randRange(0, 10) : randRange(-10, -1) ABS_1 ? "\\lvert" + NUM_1 + "\\rvert" : NUM_1 ABS_2 ? "\\lvert" + NUM_2 + "\\rvert" : NUM_2 ABS_1 ? abs(NUM_1) : NUM_1 ABS_2 ? abs(NUM_2) : NUM_2 (function() { if ( NUM_1_VALUE === NUM_2_VALUE ) { return "="; } return NUM_1_VALUE < NUM_2_VALUE ? "<" : ">"; })()

Fill in the blank.

`NUM_1_ABS` ____ `NUM_2_ABS`

`SOLUTION`

- `<`
- `>`
- `=`

randFromArray([[1, 1], [1, 0], [0, 1]]) randRange(-99, 99) / 10 (NUM_1 < 0) ? randRange(0, 99) / 10 : randRange(-99, -1) / 10 ABS_1 ? "\\lvert" + NUM_1 + "\\rvert" : NUM_1 ABS_2 ? "\\lvert" + NUM_2 + "\\rvert" : NUM_2 ABS_1 ? abs(NUM_1) : NUM_1 ABS_2 ? abs(NUM_2) : NUM_2 (function() { if ( NUM_1_VALUE === NUM_2_VALUE ) { return "="; } return NUM_1_VALUE < NUM_2_VALUE ? "<" : ">"; })()

Fill in the blank.

`NUM_1_ABS` ____ `NUM_2_ABS`

`SOLUTION`

- `<`
- `>`
- `=`

randRangeNonZero(-9, 9) (NUM_1 < 0) ? randRange(1, 9) : randRange(-9, -1)
randFromArray([[1, 1], [1, 0], [0, 1]]) randFromArray(smallDenominators) NUMER_1 / DENOM NUMER_2 / DENOM fractionReduce(NUMER_1, DENOM) fractionReduce(NUMER_2, DENOM) ABS_1 ? "\\left\\lvert" + NUM_1_STRING + "\\right\\rvert" : NUM_1_STRING ABS_2 ? "\\left\\lvert" + NUM_2_STRING + "\\right\\rvert" : NUM_2_STRING ABS_1 ? abs(NUMER_1) : NUMER_1 ABS_2 ? abs(NUMER_2) : NUMER_2 fractionReduce(NUM_1_VALUE, DENOM) fractionReduce(NUM_2_VALUE, DENOM) (function() { if (NUM_1_VALUE === NUM_2_VALUE) { return "="; } return NUM_1_VALUE < NUM_2_VALUE ? "<" : ">"; })()

Fill in the blank.

`NUM_1_ABS` ____ `NUM_2_ABS`

`SOLUTION`

- `<`
- `>`
- `=`

The absolute value of a number is its distance from zero. The distance from `0` to `NUM_1_STRING` is `NUM_1_VALUE_STRING` so:

`\qquadNUM_1_ABS = NUM_1_VALUE_STRING`

drawNumberLine(NUM_1);

The absolute value of a number is its distance from zero. The distance from `0` to `NUM_2_STRING` is `NUM_2_VALUE_STRING` so:

`\qquadNUM_2_ABS = NUM_1_VALUE_STRING`

drawNumberLine(NUM_2);

Is `NUM_1_VALUE_STRING` less than, greater than, or equal to `NUM_2_VALUE_STRING`?

`NUM_1_VALUE_STRING SOLUTION NUM_2_VALUE_STRING`

So, `NUM_1_ABS SOLUTION NUM_2_ABS`.

The absolute value of a number is its distance from zero. The distance from `0` to `NUM_1` is `NUM_1_VALUE` so:

`\qquadNUM_1_ABS = NUM_1_VALUE`

drawNumberLine(NUM_1);

The absolute value of a number is its distance from zero. The distance from `0` to `NUM_2` is `NUM_2_VALUE` so:

`\qquadNUM_2_ABS = NUM_2_VALUE`

drawNumberLine(NUM_2);

Is `NUM_1_VALUE` less than, greater than, or equal to `NUM_2_VALUE`?

`NUM_1_VALUE SOLUTION NUM_2_VALUE`

So, `NUM_1_ABS SOLUTION NUM_2_ABS`.