person(1) is putting plural_form(item(1)) into plural_form(group(1)).
person(1) puts ITEMS_PER_GROUP item(1) in each group(1).
person(1) puts ITEMS_PER_GROUP plural_form(item(1), ITEMS_PER_GROUP) in each group(1).
He will fill GROUPS group(1).
He will fill GROUPS plural_form(group(1), GROUPS).
He will have ITEMS_LEFT item(1) left over.
He will have ITEMS_LEFT plural_form(item(1), ITEMS_LEFT) left over.
If he instead puts NEW_ITEMS_PER_GROUP item(1) in each group(1), how many plural_form(group(1)) of plural_form(item(1)) can he fill?
If he instead puts NEW_ITEMS_PER_GROUP plural_form(item(1), NEW_ITEMS_PER_GROUP) in each group(1), how many plural_form(group(1)) of plural_form(item(1)) can he fill?
person(1) is putting plural_form(item(1)) into plural_form(group(1)).
person(1) puts ITEMS_PER_GROUP item(1) in each group(1).
person(1) puts ITEMS_PER_GROUP plural_form(item(1), ITEMS_PER_GROUP) in each group(1).
She will fill GROUPS group(1).
She will fill GROUPS plural_form(group(1), GROUPS).
She will have ITEMS_LEFT item(1) left over.
She will have ITEMS_LEFT plural_form(item(1), ITEMS_LEFT) left over.
If she instead puts NEW_ITEMS_PER_GROUP item(1) in each group(1), how many plural_form(group(1)) of plural_form(item(1)) can she fill?
If she instead puts NEW_ITEMS_PER_GROUP plural_form(item(1), NEW_ITEMS_PER_GROUP) in each group(1), how many plural_form(group(1)) of plural_form(item(1)) can she fill?
There are GROUPS group(1).There are GROUPS plural_form(group(1), GROUPS).
There are ITEMS_PER_GROUP item(1).There are ITEMS_PER_GROUP plural_form(item(1), ITEMS_PER_GROUP).
Each group(1) results in
GROUPS \times ITEMS_PER_GROUP = ITEMS_IN_GROUPS
plural_form(item(1)).
ITEMS_IN_GROUPS item(1) plus ITEMS_LEFT left over equals TOTAL_ITEMS total plural_form(item(1)).
ITEMS_IN_GROUPS plural_form(item(1), ITEMS_IN_GROUPS) plus ITEMS_LEFT left over equals TOTAL_ITEMS total plural_form(item(1)).
TOTAL_ITEMS item(1)
divided into groups of NEW_ITEMS_PER_GROUP is
TOTAL_ITEMS \div NEW_ITEMS_PER_GROUP = NEW_GROUPS
plural_form(group(1)).
TOTAL_ITEMS plural_form(item(1), TOTAL_ITEMS)
divided into groups of NEW_ITEMS_PER_GROUP is
TOTAL_ITEMS \div NEW_ITEMS_PER_GROUP = NEW_GROUPS
plural_form(group(1)).
person(1) bought ITEM_1_COUNT storeItem(1, 1), all costing the same amount, from the store(1) store.
person(1) bought ITEM_1_COUNT plural_form(storeItem(1, 1), ITEM_1_COUNT), all costing the same amount, from the store(1) store.
He also bought a storeItem(1, 2) for ITEM_2_COST dollar.
He also bought a storeItem(1, 2) for ITEM_2_COST dollars.
He spent a total of TOTAL_SPENT dollar.
He spent a total of TOTAL_SPENT dollars.
How much did each storeItem(1, 1) cost?
person(1) bought ITEM_1_COUNT storeItem(1, 1), all costing the same amount, from the store(1) store.
person(1) bought ITEM_1_COUNT plural_form(storeItem(1, 1), ITEM_1_COUNT), all costing the same amount, from the store(1) store.
She also bought a storeItem(1, 2) for ITEM_2_COST dollar.
She also bought a storeItem(1, 2) for ITEM_2_COST dollars.
She spent a total of TOTAL_SPENT dollar.
She spent a total of TOTAL_SPENT dollars.
How much did each storeItem(1, 1) cost?
\$ITEM_1_COST
He spent a total of TOTAL_SPENT dollar.He spent a total of TOTAL_SPENT dollars.
He also spent
ITEM_2_COST dollar on a storeItem(1, 2), so he must have spent
a total of TOTAL_SPENT - ITEM_2_COST = TOTAL_SPENT_ON_1
dollars on plural_form(storeItem(1, 1)).He also spent
ITEM_2_COST dollars on a storeItem(1, 2), so he must have spent
a total of TOTAL_SPENT - ITEM_2_COST = TOTAL_SPENT_ON_1
dollars on plural_form(storeItem(1, 1)).
She spent a total of TOTAL_SPENT dollar.She spent a total of TOTAL_SPENT dollars.
She also spent
ITEM_2_COST dollar on a storeItem(1, 2), so she must have spent
a total of TOTAL_SPENT - ITEM_2_COST = TOTAL_SPENT_ON_1
dollars on plural_form(storeItem(1, 1)).She also spent
ITEM_2_COST dollars on a storeItem(1, 2), so she must have spent
a total of TOTAL_SPENT - ITEM_2_COST = TOTAL_SPENT_ON_1
dollars on plural_form(storeItem(1, 1)).
He bought ITEM_1_COUNT storeItem(1, 1).He bought ITEM_1_COUNT plural_form(storeItem(1, 1), ITEM_1_COUNT).
He spent TOTAL_SPENT_ON_1 dollar on the purchase.He spent TOTAL_SPENT_ON_1 dollars on the purchase.
So he must have spent
TOTAL_SPENT_ON_1 \div ITEM_1_COUNT = ITEM_1_COST
dollars on each storeItem(1, 1).
She bought ITEM_1_COUNT storeItem(1, 1).She bought ITEM_1_COUNT plural_form(storeItem(1, 1), ITEM_1_COUNT).
She spent TOTAL_SPENT_ON_1 dollar on the purchase.She spent TOTAL_SPENT_ON_1 dollars on the purchase.
So she must have spent
TOTAL_SPENT_ON_1 \div ITEM_1_COUNT = ITEM_1_COST
dollars on each storeItem(1, 1).
person(1) has a bunch of plural_form(item(1)).
person(1) places ITEMS item(1) in each group(1).
person(1) places ITEMS plural_form(item(1), ITEMS) in each group(1).
He ends up with GROUPS group(1).
He ends up with GROUPS plural_form(group(1), GROUPS).
If he wants NEW_GROUPS group(1), how many plural_form(item(1)) should he put in each group(1)?
If he wants NEW_GROUPS plural_form(group(1), NEW_GROUPS), how many plural_form(item(1)) should he put in each group(1)?
person(1) has a bunch of plural_form(item(1)).
person(1) places ITEMS item(1) in each group(1).
person(1) places ITEMS plural_form(item(1), ITEMS) in each group(1).
She ends up with GROUPS group(1).
She ends up with GROUPS plural_form(group(1), GROUPS).
If she wants NEW_GROUPS group(1), how many plural_form(item(1)) should she put in each group(1)?
If she wants NEW_GROUPS plural_form(group(1), NEW_GROUPS), how many plural_form(item(1)) should she put in each group(1)?
plural( ITEMS, item(1) ) \times
plural( GROUPS, group(1) ) =
plural( TOTAL_ITEMS, item(1) )
If we divide the TOTAL_ITEMS item(1) into plural_form( group(1) ).If we divide the TOTAL_ITEMS plural_form(item(1), TOTAL_ITEMS) into plural_form( group(1) ).
This gives us NEW_GROUPS group(1), then we get
TOTAL_ITEMS \div NEW_GROUPS = NEW_ITEMS
plural_form(item(1)) per group(1).This gives us NEW_GROUPS plural_form(group(1), NEW_GROUPS), then we get
TOTAL_ITEMS \div NEW_GROUPS = NEW_ITEMS
plural_form(item(1)) per group(1).