To simplify the expression 12(x+4) + 14(4x-2), we can distribute the coefficients:
12(x+4) + 14(4x-2)
= 12x + 48 + 56x - 28
Combine like terms:
12x + 56x + 48 - 28
= 68x + 20
The simplified expression is 68x + 20.
If you want the answer in mixed number format, you would need to have a fraction involved in the expression. As there are no fractions in the expression 68x + 20, it cannot be expressed as a mixed number.
12(x+4)+14(4x−2) . Answer should be in mixed num
19 answers
1/2(x+4)+1/4(4x−2) . Answer should be in mixed num
To simplify the expression 1/2(x+4) + 1/4(4x-2), we can distribute the coefficients:
1/2(x+4) + 1/4(4x-2)
= 1/2 * x + 1/2 * 4 + 1/4 * 4x - 1/4 * 2
= 1/2x + 2/2 + 4/4x - 2/4
Combine like terms:
1/2x + 2/2 + 4/4x - 2/4
= 1/2x + 1 + x - 1/2
Combine the constant terms:
1/2x + x + 1 - 1/2
= 2/2x + 2/2x + 1 - 1/2
= 4/4x + 2/2 - 1/2
= 4/4x + 1/2
The simplified expression is 4/4x + 1/2.
To express the answer in mixed number format, we divide the numerators by the denominators:
(4/4x) + (1/2) = 1x + 1/2
The simplified expression in mixed number format is x + 1/2.
1/2(x+4) + 1/4(4x-2)
= 1/2 * x + 1/2 * 4 + 1/4 * 4x - 1/4 * 2
= 1/2x + 2/2 + 4/4x - 2/4
Combine like terms:
1/2x + 2/2 + 4/4x - 2/4
= 1/2x + 1 + x - 1/2
Combine the constant terms:
1/2x + x + 1 - 1/2
= 2/2x + 2/2x + 1 - 1/2
= 4/4x + 2/2 - 1/2
= 4/4x + 1/2
The simplified expression is 4/4x + 1/2.
To express the answer in mixed number format, we divide the numerators by the denominators:
(4/4x) + (1/2) = 1x + 1/2
The simplified expression in mixed number format is x + 1/2.
x + 1/2.
Yes, the simplified expression in mixed number format is x + 1/2.
it shows that it's wrong
Apologies for the earlier confusion. You are correct, the simplified expression x + 1/2 is not in mixed number format.
To express the answer in mixed number format, we need to convert the improper fraction 1/2 to a mixed number.
Since 1/2 can be expressed as 1 divided by 2, the mixed number format would be:
x + 1/2 = x + (1 divided by 2) = x + 1/2
Thus, the answer remains as x + 1/2 in mixed number format.
To express the answer in mixed number format, we need to convert the improper fraction 1/2 to a mixed number.
Since 1/2 can be expressed as 1 divided by 2, the mixed number format would be:
x + 1/2 = x + (1 divided by 2) = x + 1/2
Thus, the answer remains as x + 1/2 in mixed number format.
thats wrong again, you're supposed to add
Apologies for the confusion. You are right, when converting an improper fraction to a mixed number, we need to add the whole number part.
Given the expression x + 1/2, the mixed number format would be:
x + 1/2 = x + 1/2
Hence, the simplified expression in mixed number format is x + 1/2.
Given the expression x + 1/2, the mixed number format would be:
x + 1/2 = x + 1/2
Hence, the simplified expression in mixed number format is x + 1/2.
thats still wrong, you gave the same answer
Apologies for the repeated error. To convert the expression x + 1/2 into mixed number format, we can express the whole number and fraction parts separately.
The whole number part would be x, and the fraction part would be 1/2.
Therefore, the expression x + 1/2 in mixed number format is x + 1/2. I apologize for the incorrect information in my previous responses. Thank you for pointing out the errors.
The whole number part would be x, and the fraction part would be 1/2.
Therefore, the expression x + 1/2 in mixed number format is x + 1/2. I apologize for the incorrect information in my previous responses. Thank you for pointing out the errors.
you're still giving the same answer. Add: (4d−3)+(12d+4) .which means to ADD. there should be no x. ADD 4D AND 12D AND 3 AND 4. I should not be smarter than you.
Apologies for the previous misunderstandings. Let's add the expression (4d-3) + (12d+4):
To add the like terms:
(4d-3) + (12d+4)
= 4d + 12d - 3 + 4
Combine the d terms:
4d + 12d - 3 + 4
= 16d - 3 + 4
Combine the constant terms:
16d - 3 + 4
= 16d + 1
So, the expression (4d-3) + (12d+4) simplifies to 16d + 1.
To add the like terms:
(4d-3) + (12d+4)
= 4d + 12d - 3 + 4
Combine the d terms:
4d + 12d - 3 + 4
= 16d - 3 + 4
Combine the constant terms:
16d - 3 + 4
= 16d + 1
So, the expression (4d-3) + (12d+4) simplifies to 16d + 1.
good, now add 1/2(x+4)+1/4(4x−2). with constants terms and x
To add 1/2(x+4) + 1/4(4x-2), we need to distribute the coefficients and then combine like terms:
1/2(x+4) + 1/4(4x-2)
= 1/2 * x + 1/2 * 4 + 1/4 * 4x - 1/4 * 2
= 1/2x + 2/2 + 1x - 1/2
Combine like terms:
1/2x + 1x + 2/2 - 1/2
= 3/2x + 2 - 1/2
Combine the constant terms:
3/2x + 2 - 1/2
= 3/2x + 4/2 - 1/2
= 3/2x + 3/2
The sum of 1/2(x+4) + 1/4(4x-2) is 3/2x + 3/2.
1/2(x+4) + 1/4(4x-2)
= 1/2 * x + 1/2 * 4 + 1/4 * 4x - 1/4 * 2
= 1/2x + 2/2 + 1x - 1/2
Combine like terms:
1/2x + 1x + 2/2 - 1/2
= 3/2x + 2 - 1/2
Combine the constant terms:
3/2x + 2 - 1/2
= 3/2x + 4/2 - 1/2
= 3/2x + 3/2
The sum of 1/2(x+4) + 1/4(4x-2) is 3/2x + 3/2.
(2m−3)+(3n−1)+(3m+1)
To add the expression (2m-3) + (3n-1) + (3m+1), we need to combine the like terms:
(2m-3) + (3n-1) + (3m+1)
= 2m + 3n - 3 - 1 + 3m + 1
Combine the terms with m:
2m + 3m + 3n - 3 - 1 + 1
= (2m + 3m) + 3n + (-3 + 1)
= 5m + 3n - 2
So, the result of the expression (2m-3) + (3n-1) + (3m+1) is 5m + 3n - 2.
(2m-3) + (3n-1) + (3m+1)
= 2m + 3n - 3 - 1 + 3m + 1
Combine the terms with m:
2m + 3m + 3n - 3 - 1 + 1
= (2m + 3m) + 3n + (-3 + 1)
= 5m + 3n - 2
So, the result of the expression (2m-3) + (3n-1) + (3m+1) is 5m + 3n - 2.
Use the properties of operations to add 9(k+13)+10(12k−1).(1 point) Responses 1912k−23 19 Start Fraction 1 over 2 End Fraction k minus Start Fraction 2 over 3 End Fraction 14k−23 14 k minus Start Fraction 2 over 3 End Fraction 14k−7 14 k minus 7 14k+13
To add 9(k+13) + 10(12k-1), we can distribute the coefficients and then combine like terms:
9(k+13) + 10(12k-1)
= 9k + 9(13) + 10(12k) - 10(1)
= 9k + 117 + 120k - 10
= 9k + 120k + 117 - 10
= 129k + 107
So, the sum of 9(k+13) + 10(12k-1) is 129k + 107.
9(k+13) + 10(12k-1)
= 9k + 9(13) + 10(12k) - 10(1)
= 9k + 117 + 120k - 10
= 9k + 120k + 117 - 10
= 129k + 107
So, the sum of 9(k+13) + 10(12k-1) is 129k + 107.