If you mean: 2c+2+6c-4 then it is 8c-2 when simplified.
4b - 2c is an expression, which is equal to 2(2b - c)
2c + 3
a + 7b + 2c
4c-7 = 2c+11 4c-2c = 11+7 2c = 18 c = 9
Oh, dude, you want me to do math? Alright, so in the expression 5d + 2c, "5" and "2" are the coefficients, and "d" and "c" are the variables. So, like, the variables are "d" and "c," and the numbers are 5 and 2. That's it, that's the math lesson for today.
They are terms of an algebraic expression that can be simplified to: 2b+2c
To simplify the expression (4c + 1 - (5 - 2c)), first distribute the negative sign: (4c + 1 - 5 + 2c). Next, combine like terms: (4c + 2c + 1 - 5 = 6c - 4). Thus, the simplified expression is (6c - 4).
To simplify the expression (3c - 7 + 2c - 5), first combine like terms. The (c) terms (3c) and (2c) add up to (5c), while the constant terms (-7) and (-5) combine to (-12). Therefore, the simplified expression is (5c - 12).
4a*2c=8ac
4b - 2c is an expression, which is equal to 2(2b - c)
42
42 and 2c such that they are separated by a addition sign. Now, the term 2c is a variable term such that it is obtained when 2 is multiplied with the variable c. Hence, 2 is the coefficient of the expression.
The expression is 5d+2c and the unknown variables are d and c
-4
To simplify the expression (4bx^2c), you can look for common factors or terms to combine, but in this case, there are no like terms to combine. Therefore, the expression is already in its simplest form. If there are specific values for (b), (x), or (c), you could substitute those in for further simplification. Otherwise, (4bx^2c) remains as is.
4ac + 2ad + 2bc +bd = 2a*(2c + d) + b*(2c + d) = (2c + d)*(2a + b)
In its most simplified form: = 12abc + 8bc - 20ab = 4b(3ac + 2c - 5a) = 4b[(c + 5/3)(3a + 2) - 10/3]