The area of the model is or
.
The expression is in the factored form.
a.Write an factored form:
\The algebra form a rectangle withe area is .
The factored form of area of the rectangle is .
b. Complete the table:
\Area of the rectangle is .
Draw the algebra tiles for the above area.
\Observe the algebra tiles:
\The factored form of area of the rectangle is .
Area of the rectangle is .
Draw the algebra tiles for the above area.
\Observe the algebra tiles:
\The factored form of area of the rectangle is .
Area of the rectangle is .
Draw the algebra tiles for the above area.
\Observe the algebra tiles:
\The factored form of area of the rectangle is .
Area of the rectangle is .
Draw the algebra tiles for the above area.
\Observe the algebra tiles:
\The factored form of area of the rectangle is .
Complete the table:
\Area | \Factored form | \
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c. Explain find the factored form:
\Divide each term of the expression by the same number.
\Then write the expression as a product.
\a.The resultant form in factored form is .
b.
\Tablular form is
\Area | \Factored form | \
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c. Divide each term of the expression by the same number,then write the expression as a product.