randRange( 1, 12 ) randRange( 2, 12 ) NUM1 * NUM2 randFromArray([ ["ride", "rode", "bike", "biked", "biking"], ["row", "rowed", "boat", "rowed", "rowing"], ["drive", "drove", "car", "driven", "driving"], ["walk", "walked", "dog", "walked", "walking"] ]) $._("%(distance_unit)s per day", {distance_unit: plural_form(distance( 1, NUM1 ))}) $._("days") $._("rows") $._("number of days %(BIKING)s", {BIKING: BIKING}) $._("rows of %(crop)s", {crop: plural_form(crop( 1 ))}) $._("%(crop)s per row", {crop: plural_form(crop( 1 ))})

A color(1) clothing(1) costs `$NUM1`, and a popular color(2) clothing(2) costs `NUM2` times as much.

How much does the color(2) clothing(2) cost?

`\$`TOTAL

The cost of the color(2) clothing(2) is a multiple of the cost of the color(1) clothing(1), so find the product.

The product is `NUM2 \times $NUM1`.

`NUM2 \times $NUM1 = $TOTAL`

The color(2) clothing(2) costs `$TOTAL`.

A color(1) clothing(1) costs `$TOTAL`, which is `NUM2` times as much as a color(2) clothing(2) costs.

How much does the color(2) clothing(2) cost?

`\$`NUM1

The cost of the color(1) clothing(1) is a multiple of the cost of the color(2) clothing(2), so find the result of dividing.

This result, called the quotient, is equal to `$TOTAL \div NUM2`.

`$TOTAL \div NUM2 = $NUM1`

A color( 2 ) clothing( 2 ) costs `$NUM1`.

A color(1) clothing(1) costs `$TOTAL`, and a color(2) clothing(2) costs `$NUM2`.

The color( 1 ) clothing( 1 ) costs how many times as much as the color( 2 ) clothing( 2 ) costs?

NUM1

The cost of the color(1) clothing(1) is a multiple of the cost of the color(2) clothing(2), so find the result of dividing.

This result, called the quotient, is `$TOTAL \div $NUM2`.

`$TOTAL \div $NUM2 = NUM1`

The color( 1 ) clothing( 1 ) costs `NUM1` times as much as the color( 2 ) clothing( 2 ) costs.

person(1) RODE his BIKE for `NUM1` distance(1) on each of the past `NUM2` days. person(1) RODE his BIKE for `NUM1` plural_form(distance(1), NUM1) on each of the past `NUM2` days.

person(1) RODE her BIKE for `NUM1` distance(1) on each of the past `NUM2` days. person(1) RODE her BIKE for `NUM1` plural_form(distance(1), NUM1) on each of the past `NUM2` days.

How many plural_form(distance(1)) did person(1) RIDE his BIKE altogether?

How many plural_form(distance(1)) did person(1) RIDE her BIKE altogether?

TOTAL plural( distance(1) )

The total number of plural_form(distance(1)) BIKED is the product of the number of plural_form(distance(1)) BIKED each day and the number of days that person(1) went BIKING.

The product is `NUM1\text{ DISTANCE_PER_DAY} \times NUM2\text{ DAYS}`.

`NUM1\text{ DISTANCE_PER_DAY} \times NUM2\text{ DAYS}= TOTAL\text{ plural( distance(1) )}`

person( 1 ) BIKED a total of `TOTAL` distance( 1 ).

person( 1 ) BIKED a total of `TOTAL` plural_form(distance( 1 ), TOTAL).

person(1) RODE his BIKE for a total of `TOTAL` distance(1) over the past `NUM2` days, and he RODE the same amount each day. person(1) RODE his BIKE for a total of `TOTAL` plural_form(distance(1), TOTAL) over the past `NUM2` days, and he RODE the same amount each day.

person(1) RODE her BIKE for a total of `TOTAL` distance(1) over the past `NUM2` days, and she RODE the same amount each day. person(1) RODE her BIKE for a total of `TOTAL` plural_form(distance(1), TOTAL) over the past `NUM2` days, and she RODE the same amount each day.

How many plural_form(distance(1)) did person(1) RIDE his BIKE each day?

How many plural_form(distance(1)) did person(1) RIDE her BIKE each day?

NUM1 plural( distance(1) )

The number of plural_form(distance(1)) BIKED each day is the total number of plural_form(distance(1)) BIKED divided by the number of days that person(1) went BIKING.

We are looking for the quotient, which is `TOTAL\text{ plural_form(distance( 1, TOTAL ))} \div NUM2\text{ DAYS}`.

`TOTAL\text{ plural( distance( 1 ) )} \div NUM2\text{ DAYS} = NUM1 \text{ DISTANCE_PER_DAY}`

person( 1 ) BIKED `NUM1` plural_form(distance(1), NUM1) each day.

person(1) has BIKED his BIKE for a total of `TOTAL` distance(1) since he started BIKING daily.person(1) has BIKED his BIKE for a total of `TOTAL` plural_form(distance(1), TOTAL) since he started BIKING daily. He has been BIKING `NUM2` distance(1) each day.He has been BIKING `NUM2` plural_form(distance(1), NUM2) each day.

person(1) has BIKED her BIKE for a total of `TOTAL` distance(1) since she started BIKING daily.person(1) has BIKED her BIKE for a total of `TOTAL` plural_form(distance(1), TOTAL) since she started BIKING daily. She has been BIKING `NUM2` distance(1) each day.She has been BIKING `NUM2` plural_form(distance(1), NUM2) each day.

For how many days has person(1) been BIKING?

NUM1 days

The number of days that person(1) has been BIKING is the total number of plural_form(distance(1)) BIKED divided by the number of plural_form(distance(1)) BIKED each day.

`TOTAL\text{ plural( distance( 1 ) )} \div NUM2\text{ DISTANCE_PER_DAY} = \text{DAYS_BIKING}`

`TOTAL\text{ plural( distance( 1 ) )} \div NUM2\text{ DISTANCE_PER_DAY} = NUM1\text{ DAYS}`

person(1) is a farmer(1). He plants `NUM1` row of plural_form(crop(1)) in a field(1).He plants `NUM1` rows of plural_form(crop(1)) in a field(1). Each row has `NUM2` crop(1).Each row has `NUM2` plural_form(crop(1), NUM2).

person(1) is a farmer(1). She plants `NUM1` row of plural_form(crop(1)) in a field(1).She plants `NUM1` rows of plural_form(crop(1)) in a field(1). Each row has `NUM2` crop(1).Each row has `NUM2` plural_form(crop(1), NUM2).

How many plural_form(crop(1)) did person(1) plant in the field(1)?

TOTAL plural( crop(1) )

The number of plural_form(crop(1)) that person(1) planted is the product of the number of rows that he planted and the number of plural_form(crop(1)) planted in each row.

The number of plural_form(crop(1)) that person(1) planted is the product of the number of rows that she planted and the number of plural_form(crop(1)) planted in each row.

The product is `NUM1\text{ ROWS_OF_CROPS} \times NUM2\text{ CROPS_PER_ROW}`.

`NUM1\text{ ROWS_OF_CROPS} \times NUM2\text{ CROPS_PER_ROW} = TOTAL` plural( crop(1) )

person(1) is a farmer(1). He plants `NUM1` row of plural_form(crop(1)) in a field(1).He plants `NUM1` rows of plural_form(crop(1)) in a field(1). Each row has the same number of plural_form(crop(1)). He plants a total of `TOTAL` crop(1) in the field(1).He plants a total of `TOTAL` plural_form(crop(1), TOTAL) in the field(1).

person(1) is a farmer(1). She plants `NUM1` row of plural_form(crop(1)) in a field(1).She plants `NUM1` rows of plural_form(crop(1)) in a field(1). Each row has the same number of plural_form(crop(1)). She plants a total of `TOTAL` crop(1) in the field(1).She plants a total of `TOTAL` plural_form(crop(1), TOTAL) in the field(1).

How many plural_form(crop(1)) did person(1) plant in each row?

NUM2 plural( crop(1) )

The number of plural_form(crop(1)) that person(1) planted in each row is the total number of plural_form(crop(1)) that he planted divided by the number of rows.

The number of plural_form(crop(1)) that person(1) planted in each row is the total number of plural_form(crop(1)) that she planted divided by the number of rows.

The result, called the quotient, is `TOTAL\text{ plural_form(crop( 1 ), TOTAL)} \div NUM1\text{ ROWS_OF_CROPS}`.

`TOTAL\text{ plural( crop( 1 ) )} \div NUM1\text{ ROWS_OF_CROPS} = NUM2\text{ CROPS_PER_ROW}`

person(1) is a farmer(1). He plants `TOTAL` crop(1) in a field(1).He plants `TOTAL` plural_form(crop(1), TOTAL) in a field(1). Each row has `NUM1` crop(1).Each row has `NUM1` plural_form(crop(1), NUM1).

person(1) is a farmer(1). She plants `TOTAL` crop(1) in a field(1).She plants `TOTAL` plural_form(crop(1), TOTAL) in a field(1). Each row has `NUM1` crop(1).Each row has `NUM1` plural_form(crop(1), NUM1).

How many rows of plural_form(crop(1)) did person(1) plant in the field(1)?

NUM2 plural( 'row' )

The number of rows of plural_form(crop(1)) that person(1) planted is the total number of plural_form(crop(1)) that he planted divided by the number of plural_form(crop(1)) in each row.

The number of rows of plural_form(crop(1)) that person(1) planted is the total number of plural_form(crop(1)) that she planted divided by the number of plural_form(crop(1)) in each row.

The result, called the quotient, is `TOTAL\text{ plural_form(crop( 1 ), TOTAL)} \div NUM1\text{ CROPS_PER_ROW}`.

`TOTAL\text{ plural( crop( 1 ) )} \div NUM1\text{ CROPS_PER_ROW} = NUM2\text{ ROWS}`