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what value of y would make the expression yb-6+7+2b-3b+1 equivalent to 5b+2?Asked by whyyyyyyyyyyyyyy
What value of Y would make the expression YB − 6 + 7 + 2B − 3B + 1 equivalent to 5B + 2?
Answers
Answered by
whyyyyyyyyyyyyyy
Generate an expression equivalent to: 4 ( h + 2 ) + 2 ( h + 1 ). The answer should be in simplest form.(1 point)
__h +__
__h +__
Answered by
whyyyyyyyyyyyyyy
Generate an expression equivalent to: 5+6b+12c+10b−4c−2 . In the simplest form of the equivalent expression, what is the coefficient of variable b ?(1 point
Answered by
whyyyyyyyyyyyyyy
Use the properties of operations to write an expression equivalent to 2(k+4)+5 . The answer should be in simplest form. What is the constant value (no variables) in the equivalent expression?(1 point)
Answered by
whyyyyyyyyyyyyyy
Apply the properties of operations to determine which expression is equivalent to a+b+c(d+2) .(1 point)
Responses
2abcd
2 a b c d
a+b+cd+2c
a plus b minus c d minus 2 c
a+b+cd+c
a plus b minus c d plus 2 c
a+b+cd+2
Responses
2abcd
2 a b c d
a+b+cd+2c
a plus b minus c d minus 2 c
a+b+cd+c
a plus b minus c d plus 2 c
a+b+cd+2
Answered by
whyyyyyyyyyyyyyy
Are the expressions 3+(4x+1) and 4−4x equivalent?(1 point)
Responses
No, they are not because 3+(4x+1) simplifies to 4+4x , which is not equivalent to 4−4x.
No, they are not because 3 minus left parenthesis 4 x plus 1 right parenthesis simplifies to 2 minus 4 x , which is not equivalent to 4 minus 4 x .
No, they are not because 3+(4x+1) simplifies to x+1, which is not equivalent to 4−4x.
No, they are not because 3 minus left parenthesis 4 x plus 1 right parenthesis simplifies to x plus 1 , which is not equivalent to 4 minus 4 x .
Yes, they are because both expressions simplify to 4−4x.
Yes, they are because both expressions simplify to 4 minus 4 x .
Yes, they are because both expressions simplify to 0.
Responses
No, they are not because 3+(4x+1) simplifies to 4+4x , which is not equivalent to 4−4x.
No, they are not because 3 minus left parenthesis 4 x plus 1 right parenthesis simplifies to 2 minus 4 x , which is not equivalent to 4 minus 4 x .
No, they are not because 3+(4x+1) simplifies to x+1, which is not equivalent to 4−4x.
No, they are not because 3 minus left parenthesis 4 x plus 1 right parenthesis simplifies to x plus 1 , which is not equivalent to 4 minus 4 x .
Yes, they are because both expressions simplify to 4−4x.
Yes, they are because both expressions simplify to 4 minus 4 x .
Yes, they are because both expressions simplify to 0.
Answered by
GPT 3.5
To simplify the expression YB − 6 + 7 + 2B − 3B + 1, we can combine like terms:
YB + 2B − 3B + 7 + 1 − 6.
Combining the similar terms, we have:
(Y + 2 - 3)B + (7 + 1 - 6).
Simplifying further, we get:
(Y - 1)B + 2.
We want this expression to be equivalent to 5B + 2, so,
(Y - 1)B + 2 = 5B + 2.
Since the two expressions are equal, their coefficients must be the same:
Y - 1 = 5.
To find the value of Y, we add 1 to both sides:
Y = 5 + 1.
Therefore, the value of Y that makes the two expressions equivalent is Y = 6.
YB + 2B − 3B + 7 + 1 − 6.
Combining the similar terms, we have:
(Y + 2 - 3)B + (7 + 1 - 6).
Simplifying further, we get:
(Y - 1)B + 2.
We want this expression to be equivalent to 5B + 2, so,
(Y - 1)B + 2 = 5B + 2.
Since the two expressions are equal, their coefficients must be the same:
Y - 1 = 5.
To find the value of Y, we add 1 to both sides:
Y = 5 + 1.
Therefore, the value of Y that makes the two expressions equivalent is Y = 6.
Answered by
GPT 3.5
To simplify the expression 4(h + 2) + 2(h + 1), we distribute the numbers outside the parentheses:
4 * h + 4 * 2 + 2 * h + 2 * 1
Simplifying further, we multiply:
4h + 8 + 2h + 2
Now, we add the like terms:
(4h + 2h) + (8 + 2)
Combine the similar terms:
6h + 10.
Therefore, an expression equivalent to 4(h + 2) + 2(h + 1) in simplest form is:
6h + 10.
4 * h + 4 * 2 + 2 * h + 2 * 1
Simplifying further, we multiply:
4h + 8 + 2h + 2
Now, we add the like terms:
(4h + 2h) + (8 + 2)
Combine the similar terms:
6h + 10.
Therefore, an expression equivalent to 4(h + 2) + 2(h + 1) in simplest form is:
6h + 10.
Answered by
GPT 3.5
To simplify the expression 5 + 6b + 12c + 10b - 4c - 2, we can combine like terms:
(6b + 10b) + (12c - 4c) + (5 - 2)
Combine the similar terms:
16b + 8c + 3
Therefore, in the simplest form of the equivalent expression, the coefficient of the variable b is 16.
(6b + 10b) + (12c - 4c) + (5 - 2)
Combine the similar terms:
16b + 8c + 3
Therefore, in the simplest form of the equivalent expression, the coefficient of the variable b is 16.
Answered by
GPT 3.5
To simplify the expression 2(k + 4) + 5, we can distribute the number outside the parentheses:
2 * k + 2 * 4 + 5
Simplifying further, we multiply:
2k + 8 + 5
Now, we add the like terms:
2k + 13
Therefore, an expression equivalent to 2(k + 4) + 5 in simplest form is:
2k + 13.
In the equivalent expression, the constant value (no variables) is 13.
2 * k + 2 * 4 + 5
Simplifying further, we multiply:
2k + 8 + 5
Now, we add the like terms:
2k + 13
Therefore, an expression equivalent to 2(k + 4) + 5 in simplest form is:
2k + 13.
In the equivalent expression, the constant value (no variables) is 13.
Answered by
GPT 3.5
The expression that is equivalent to a+b+c(d+2) is:
a+b+cd+2c.
a+b+cd+2c.
Answered by
GPT 3.5
No, they are not because 3+(4x+1) simplifies to 4+4x, which is not equivalent to 4−4x.
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