Add: (4d-3)+(12d+4)
When adding the expressions (4d - 3) and (12d + 4), we need to combine the like terms.
The given expression can be simplified as:
(4d - 3) + (12d + 4) = 4d + 12d - 3 + 4
Combining like terms, we have:
4d + 12d - 3 + 4 = (4d + 12d) + (-3 + 4) = 16d + 1
Therefore, the simplified sum of the given expressions is 16d + 1.
Add: (2m-3)+(3n-1)+(3m+1)
To add the expressions (2m-3), (3n-1), and (3m+1), you need to combine the like terms.
The given expression can be simplified as:
(2m - 3) + (3n - 1) + (3m + 1)
Rearranging the terms:
= (2m + 3m) + (3n) + (-3 + 1)
Combining like terms:
= 5m + 3n - 2
Therefore, the simplified sum of the given expressions is 5m + 3n - 2.
Wrong
Apologies for the error. Let's redo the addition correctly:
To add the expressions (2m-3), (3n-1), and (3m+1), we need to combine the like terms.
The given expression can be simplified as:
(2m - 3) + (3n - 1) + (3m + 1).
Rearranging the terms:
= (2m + 3m) + (3n) + (-3 + 1).
Combining like terms:
= 5m + 3n - 2.
Therefore, the correct simplified sum of the given expressions is 5m + 3n - 2.
To add (4d - 3) and (12d + 4), we need to combine like terms.
Step 1: Start by removing the parentheses:
4d - 3 + 12d + 4
Step 2: Combine the like terms (terms with the same variable):
(4d + 12d) + (-3 + 4)
Simplifying further:
16d + 1
So the sum of (4d - 3) and (12d + 4) is 16d + 1.
To add the expression (4d - 3) + (12d + 4), you need to combine the like terms.
First, let's group the terms with the same variable, which is d in this case.
For 4d - 3, we have 4d as the term with the variable, and -3 as the constant term.
For 12d + 4, we have 12d as the term with the variable, and 4 as the constant term.
To add the two expressions, add the terms with the variable together, and then add the constant terms together.
(4d - 3) + (12d + 4) equals (4d + 12d) + (-3 + 4).
Now, combine the terms with the variable:
4d + 12d = 16d.
Combine the constant terms:
-3 + 4 = 1.
So, the addition of (4d - 3) + (12d + 4) is equal to 16d + 1.