To simplify 12e - 5f - 7e + 3f, combine like terms:
(12e - 7e) + (-5f + 3f)
Simplifying, we have:
5e - 2f
Simplify 12e − 5f − 7e +3f
28 answers
Simplify 9x + 3y − 6 − 5x + 4y −3.
To simplify 9x + 3y - 6 - 5x + 4y - 3, combine like terms:
(9x - 5x) + (3y + 4y) - (6 - 3)
Simplifying further:
4x + 7y - 3
(9x - 5x) + (3y + 4y) - (6 - 3)
Simplifying further:
4x + 7y - 3
Thats wrong
I apologize for the mistake. Let's simplify again,
9x + 3y − 6 − 5x + 4y − 3
Group the like terms:
(9x - 5x) + (3y + 4y) - (6 + 3)
Combine the coefficients:
4x + 7y - 9
Therefore, the simplified expression is 4x + 7y - 9.
9x + 3y − 6 − 5x + 4y − 3
Group the like terms:
(9x - 5x) + (3y + 4y) - (6 + 3)
Combine the coefficients:
4x + 7y - 9
Therefore, the simplified expression is 4x + 7y - 9.
Simplify 9/11z − 4/11z.
To simplify 9/11z - 4/11z, we combine the fractions with the same denominator:
(9/11z) - (4/11z)
Since the denominators are the same, we can subtract the numerators directly:
(9 - 4)/11z
Simplifying further:
5/11z
Therefore, the simplified expression is 5/11z.
(9/11z) - (4/11z)
Since the denominators are the same, we can subtract the numerators directly:
(9 - 4)/11z
Simplifying further:
5/11z
Therefore, the simplified expression is 5/11z.
Simplify 3/10x + 1/6y + 3/10x + 3/6y. Be sure to reduce any fractions to the lowest terms.
To simplify 3/10x + 1/6y + 3/10x + 3/6y, we first group the like terms:
(3/10x + 3/10x) + (1/6y + 3/6y)
Next, we add the numerators together:
(6/10x) + (4/6y)
To add these fractions, we need to find a common denominator. In this case, the least common multiple (LCM) of 10 and 6 is 30. So, we can rewrite the fractions with the common denominator of 30:
(18/30x) + (20/30y)
Now, we can add the fractions:
18/30x + 20/30y
Finally, we can simplify the fractions by reducing them to their lowest terms. The greatest common divisor (GCD) of 18 and 30 is 6, so we divide both the numerator and denominator by 6:
(18/6)/(30/6)x + (20/30)y
This simplifies to:
(3/5)x + (2/3)y
Therefore, the simplified expression is (3/5)x + (2/3)y.
(3/10x + 3/10x) + (1/6y + 3/6y)
Next, we add the numerators together:
(6/10x) + (4/6y)
To add these fractions, we need to find a common denominator. In this case, the least common multiple (LCM) of 10 and 6 is 30. So, we can rewrite the fractions with the common denominator of 30:
(18/30x) + (20/30y)
Now, we can add the fractions:
18/30x + 20/30y
Finally, we can simplify the fractions by reducing them to their lowest terms. The greatest common divisor (GCD) of 18 and 30 is 6, so we divide both the numerator and denominator by 6:
(18/6)/(30/6)x + (20/30)y
This simplifies to:
(3/5)x + (2/3)y
Therefore, the simplified expression is (3/5)x + (2/3)y.
Simplify 4x + 8x using the properties of operations.
To simplify 4x + 8x, we can combine the like terms:
4x + 8x = (4 + 8)x
Simplifying further:
12x
Therefore, the simplified expression is 12x.
4x + 8x = (4 + 8)x
Simplifying further:
12x
Therefore, the simplified expression is 12x.
Simplify 9g−7h−6g + 2h .
To simplify 9g - 7h - 6g + 2h, we can combine like terms:
(9g - 6g) + (-7h + 2h)
Simplifying further:
3g - 5h
Therefore, the simplified expression is 3g - 5h.
(9g - 6g) + (-7h + 2h)
Simplifying further:
3g - 5h
Therefore, the simplified expression is 3g - 5h.
Simplify 2a − 4b +7 + 8a + 6b − 2
Simplify 2a − 4b +7 + 8a + 6b − 2
To simplify 2a - 4b + 7 + 8a + 6b - 2, we need to combine like terms:
(2a + 8a) + (-4b + 6b) + (7 - 2)
Combining the coefficients of like terms, we have:
10a + 2b + 5
Therefore, the simplified expression is 10a + 2b + 5.
(2a + 8a) + (-4b + 6b) + (7 - 2)
Combining the coefficients of like terms, we have:
10a + 2b + 5
Therefore, the simplified expression is 10a + 2b + 5.
Simplify 67c − 59d − 12 c + 13d.(1 point)
Responses
59c − 412d = 59c −13d
Start Fraction 5 over 9 End Fraction c minus Start Fraction 4 over 12 End Fraction d equals Start Fraction 5 over 9 End Fraction c minus Start Fraction 1 over 3 End Fraction d
514c − 29d
Start Fraction 5 over 14 End Fraction c minus Start Fraction 2 over 9 End Fraction d
59c + 412d = 59c +13d
Start Fraction 5 over 9 End Fraction c plus Start Fraction 4 over 12 End Fraction d equals Start Fraction 5 over 9 End Fraction c plus Start Fraction 1 over 3 End Fraction d
514c + 29d
Responses
59c − 412d = 59c −13d
Start Fraction 5 over 9 End Fraction c minus Start Fraction 4 over 12 End Fraction d equals Start Fraction 5 over 9 End Fraction c minus Start Fraction 1 over 3 End Fraction d
514c − 29d
Start Fraction 5 over 14 End Fraction c minus Start Fraction 2 over 9 End Fraction d
59c + 412d = 59c +13d
Start Fraction 5 over 9 End Fraction c plus Start Fraction 4 over 12 End Fraction d equals Start Fraction 5 over 9 End Fraction c plus Start Fraction 1 over 3 End Fraction d
514c + 29d
To simplify 67c − 59d − 12c + 13d, we combine like terms:
(67c - 12c) + (-59d + 13d)
Simplifying further:
55c - 46d
Therefore, the simplified expression is 55c - 46d.
(67c - 12c) + (-59d + 13d)
Simplifying further:
55c - 46d
Therefore, the simplified expression is 55c - 46d.
thats not an answer
I apologize for the error. Let's simplify again:
67c - 59d - 12c + 13d
Combining like terms, we can add the coefficients of 'c' terms and the coefficients of 'd' terms:
(67c - 12c) + (-59d + 13d)
Simplifying further:
55c - 46d
Therefore, the simplified expression is 55c - 46d.
67c - 59d - 12c + 13d
Combining like terms, we can add the coefficients of 'c' terms and the coefficients of 'd' terms:
(67c - 12c) + (-59d + 13d)
Simplifying further:
55c - 46d
Therefore, the simplified expression is 55c - 46d.
Simplify 67c − 59d − 12 c + 13d.(1 point)
Responses
5/9c − 4/12d = 5/9c −1/3d
5/14c − 2/9d
5/9c + 4/12d = 5/9c +1/3d
5/14c + 2/9d
Responses
5/9c − 4/12d = 5/9c −1/3d
5/14c − 2/9d
5/9c + 4/12d = 5/9c +1/3d
5/14c + 2/9d
To simplify 67c - 59d - 12c + 13d, we group the like terms:
(67c - 12c) + (-59d + 13d)
Combine the coefficients:
55c - 46d
Therefore, the simplified expression is 55c - 46d.
(67c - 12c) + (-59d + 13d)
Combine the coefficients:
55c - 46d
Therefore, the simplified expression is 55c - 46d.
55c - 46d. ISNT AN ANSWER
Apologies for the error. Let's simplify again:
To simplify 67c - 59d - 12c + 13d, we group the like terms:
(67c - 12c) + (-59d + 13d)
Combine the coefficients:
55c - 46d
Therefore, the simplified expression is 55c - 46d.
To simplify 67c - 59d - 12c + 13d, we group the like terms:
(67c - 12c) + (-59d + 13d)
Combine the coefficients:
55c - 46d
Therefore, the simplified expression is 55c - 46d.
whats the answer
Apologies for the confusion. The correct simplification of 67c - 59d - 12c + 13d is:
(67c - 12c) - (59d - 13d)
Combine the like terms:
55c - 46d
So, the simplified expression is 55c - 46d.
(67c - 12c) - (59d - 13d)
Combine the like terms:
55c - 46d
So, the simplified expression is 55c - 46d.
12e - 5f - 7e + 3f
Simplify 6/7c − 5/9d − 1/2 c + 1/3d