Raise each part to the second power: (28xy)2 = 282x2y2 = 784x2y2.Raise each part to the second power: (28xy)2 = 282x2y2 = 784x2y2.Raise each part to the second power: (28xy)2 = 282x2y2 = 784x2y2.Raise each part to the second power: (28xy)2 = 282x2y2 = 784x2y2.
The expression 9+5 is equivalent.
If an algebraic expression is equivalent to another algebraic expression then it is an equation.
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Multiply the given fraction by 7y/7y. That's the same as ' 1 ',and it'll give you the denominator of 35y .
gcd of 5ab,28xy
-35y-134 = -29 -35y = 134-29 -35y = 105 y = -3
Raise each part to the second power: (28xy)2 = 282x2y2 = 784x2y2.Raise each part to the second power: (28xy)2 = 282x2y2 = 784x2y2.Raise each part to the second power: (28xy)2 = 282x2y2 = 784x2y2.Raise each part to the second power: (28xy)2 = 282x2y2 = 784x2y2.
4x^(2) + 28xy + 49y^(2) -> (2x)^(2) + 28xy + (7y)^2 Split into brackets ( 2x + 7y)(2x + 7y) If you applyuFOIL you will find toy come to '28xy'. The clue to this problem is to note that '4' ^ '49' are both squared numbers.
The greatest common factor in the two terms is [ 4y ].The factored form of the expression is4y (y + 7x)
2x2 + 28xy + 98y2 = 2(x + 7)2.
34 is an equivalent expression.
The expression 9+5 is equivalent.
no.
If an algebraic expression is equivalent to another algebraic expression then it is an equation.
(4x + 7y)(16x2 - 28xy + 49y2)