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6(2w + 1)

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8y ago

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Are xx plus 3) and xx plus 6 plus xx equivalent expressions?

To determine if the expressions (xx + 3) and (xx + 6 + xx) are equivalent, we can simplify them. The second expression simplifies to (2xx + 6). Since (xx + 3) and (2xx + 6) are not the same, they are not equivalent expressions.


Which expressions are equivalent to 4d plus 6 plus 2d?

They are: 6d+6 or 6(d+1)


What are equivalent division expressions?

12%6


Is 2(6-3x) plus x equivalent to 2(3x) plus x?

To determine if (2(6-3x) + x) is equivalent to (2(3x) + x), we can simplify both expressions. Starting with the left side: (2(6-3x) + x = 12 - 6x + x = 12 - 5x). Now for the right side: (2(3x) + x = 6x + x = 7x). Since (12 - 5x) is not equal to (7x), the two expressions are not equivalent.


What operations are involved in the expressions 2x plus 7 and 3x plus 6?

Multiplication and addition.


What expression equivalent to 3?

An expression equivalent to 3 could be 6 divided by 2, or 9 minus 6. Other examples include 1 plus 2 or 3 times 1. All of these expressions evaluate to the same value, which is 3.


What is the difference between equal and equivalent?

Equal:4 plus 2 is EQUALS to 6.Equivalent:6 is EQUIVALENT to 4 plus 2.


Is 6-3a equals 3a-6 equivalent?

No they are not equivalent, commutative property applies to addition, not subtraction. The two expressions will be equal only if a = 2, in which case you will have 6-6 = 6-6 = 0


What do these expressions have in common - n plus 2 n plus 3 n-1 n plus 6 n plus 10?

They have n in common.


Is 32 f plus g plus 4 equivalent to 6 f plus 3 g plus 12?

No, they are not equivalent.


What expression is equivalent to 17 plus 6 plus m?

17 + 6 + m


What is two algebraic expressions that have the same value are?

Two algebraic expressions that have the same value are called equivalent expressions. For example, (2(x + 3)) and (2x + 6) are equivalent because they simplify to the same value for any value of (x). This equivalence can be verified by substituting values for (x) or by simplifying the expressions.