Which polynomial can be simplified to a difference of squares? 10a2 + 3a – 3a – 16 16a2 – 4a + 4a – 1 25a2 + 6a – 6a + 36 24a2 – 9a + 9a + 4
Which Polynomial Can Be Simplified To A Difference Of Squares? 10A2 + 3A – 3A – 16 16A2 – 4A + 4A – 1 25A2 + 6A – 6A + 36 24A2 – 9A + 9A + 4
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Which Polynomial Can Be Simplified To A Difference Of Squares? 10A2 + 3A – 3A – 16 16A2 – 4A + 4A – 1 25A2 + 6A – 6A + 36 24A2 – 9A + 9A + 4. Study with quizlet and memorize flashcards containing terms like which polynomial can be simplified to a difference of squares?, what is the square root of r64?, what are the factors of. Hence, the polynomial can be simplified as difference of squares.
Answered Which polynomial can be simplified to a… bartleby from www.bartleby.com
A difference of squares is an expression of the form x2−y2, which can. This can be factored as (4a− 1)(4a + 1). The polynomial 16a2−4a+4a−1 simplifies to 16a2−1 by combining like terms.
A Difference Of Squares Is An Expression Of The Form X2−Y2, Which Can.
Hence, the polynomial can be simplified as difference of squares. Which expression is a difference of squares with a factor of 2x + 5? Other options do not fit the criteria for a difference.
This Polynomial Simplifies To A Difference Of Two Squares.
Study with quizlet and memorize flashcards containing terms like which polynomial can be simplified to a difference of squares?, what is the square root of r64?, what are the factors of. Which polynomial can be simplified to a difference of squares? This can be factored as (4a− 1)(4a + 1).
The Polynomial 16A2−4A+4A−1 Simplifies To 16A2−1 By Combining Like Terms.
The polynomial that can be simplified to a difference of squares is option b: Hence, the polynomial can not be simplified as difference of squares because the polynomial can be.
