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Each row of this table should have a pair of equivalent expressions. Complete the table. If you get stuck, consider drawing a diagram.
| factored form | standard form |
|---|---|
Each row in this table should have a pair of equivalent expressions. Complete the table. If you get stuck, consider drawing a diagram.
| factored form | standard form |
|---|---|
Consider the expression .
Complete the first table with all factor pairs of 100 that would give positive values of , and the second table with factors that would give negative values of .
For each pair, state the value they produce. (Use as many rows as needed.)
positive value of
| factor 1 | factor 2 | (positive) |
|---|---|---|
negative value of
| factor 1 | factor 2 | (negative) |
|---|---|---|
Consider the expression .
Complete the first table with all factor pairs of -100 that would result in positive values of , the second table with factors that would result in negative values of , and the third table with factors that would result in a zero value of .
For each pair of factors, state the value they produce. (Use as many rows as there are pairs of factors. You may not need all the rows.)
positive value of
| factor 1 | factor 2 | (positive) |
|---|---|---|
negative value of
| factor 1 | factor 2 | (negative) |
|---|---|---|
zero value of
| factor 1 | factor 2 | (zero) |
|---|---|---|
Write each expression in factored form:
When we rewrite expressions in factored form, it is helpful to remember that:
This means that if we want to find two factors whose product is 10, the factors must both be positive or both be negative. If we want to find two factors whose product is -10, one of the factors must be positive and the other negative.
Suppose we wanted to rewrite in factored form. Recall that subtracting a number can be thought of as adding the opposite of that number, so that expression can also be written as . We are looking for two numbers that:
The factored form of is therefore or, written another way, .
To write in factored form, we would need two numbers that:
The factored form of is .