Which of the expressions are equal to the expression?
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Which of the expressions are equal to the expression?
To solve this problem, we'll simplify each expression and compare it to the given expression .
Let's address each expression:
Option 1:
Apply distribution:
and
This simplifies to .
Option 2:
Apply distribution:
and
This also simplifies to .
Option 3:
Expand via distribution:
and
This simplifies to .
Option 4:
Inside the parentheses, distribute :
and
This simplifies to .
Therefore, each expression, when simplified, is equal to the original expression . Hence, all expressions are equal.
All expressions are equal
Break down the expression into basic terms:
\( 2x^2 \)
With , remember that negative times negative equals positive! So -2 × (-3x²) = +6x² and -2 × (-4xy) = +8xy.
In , distribute normally: 2y × (3x²/y) = 6x² because the y's cancel out. Then 2y × 4x = 8xy.
If your coefficients don't match , you made an error! Double-check your multiplication - especially with negative signs and fractions.
Yes! Try factoring as . If it matches one of the options, that confirms they're equal.
They're all different forms of the same expression! Just like 2 × 3, 1 × 6, and 12 ÷ 2 all equal 6, these are different ways to write .
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