Question
Upstudy AI Solution
Tutor-Verified Answer
Answer
The sum of the polynomials is
.
Solution
Certainly! Let’s use the concept of algebra tiles to add the two polynomials
and
.
Step 1: Represent Each Polynomial with Algebra Tiles
-
First Polynomial:
- 7
tiles - -3
tiles - +6 unit tiles
- 7
-
Second Polynomial:
- 10
tiles - -7 unit tiles
- 10
Step 2: Combine Like Terms
When adding polynomials, like terms (terms with the same variable and exponent) are combined by adding their coefficients.
-
Terms: - Only from the first polynomial: 7
tiles - Total:
- Only from the first polynomial: 7
-
Terms: - From the first polynomial: -3
tiles - From the second polynomial: +10
tiles - Combined:
- From the first polynomial: -3
-
Constant (Unit) Terms:
- From the first polynomial: +6 units
- From the second polynomial: -7 units
- Combined:
Step 3: Write the Resulting Polynomial
After combining like terms, the sum of the two polynomials is:
Visual Summary with Algebra Tiles
-
Tiles: 7 (no combining needed) -
Tiles: - Unit Tiles:
So, the final combined polynomial is:
Answered by UpStudy AI and reviewed by a Professional Tutor
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Bonus Knowledge
To solve
using algebra tiles, first represent each term with tiles. For
, use 7 large square tiles. For
, use 3 negative x-tiles, and for
, use 6 positive unit tiles. Then, for the
term, you would use 10 positive x-tiles, and for the
, use 7 negative unit tiles.
Next, combine like terms:
- For
tiles, you have 7. - For
tiles, you combine . - For the constant tiles, you combine
.
So, the resulting expression from the tiles is
.
It’s like balancing out a fun tile puzzle!