It is two terms of an algebraic expression in the form of 6a-8
The expression (6a - a) simplifies by combining like terms. Since (6a) and (-a) both contain the variable (a), you subtract (1a) from (6a) to get (5a). Therefore, (6a - a = 5a).
An expression consisting of 2 terms. 6A + 6B.
The expression (6a + 9b + 15) contains three terms. Each term is separated by a plus sign: (6a), (9b), and (15). Thus, the total number of terms is three.
6a plus 18b = 24
6(a+b)
It is two terms of an algebraic expression in the form of 6a-8
The expression (6a - a) simplifies by combining like terms. Since (6a) and (-a) both contain the variable (a), you subtract (1a) from (6a) to get (5a). Therefore, (6a - a = 5a).
An expression consisting of 2 terms. 6A + 6B.
10
The expression (6a + 9b + 15) contains three terms. Each term is separated by a plus sign: (6a), (9b), and (15). Thus, the total number of terms is three.
6a plus 18b = 24
The expression "4a - 2b 6a" seems to have a typographical error, as it lacks an operator between "-2b" and "6a." If we assume it should be "4a - 2b + 6a," then we can combine the like terms. This simplifies to "10a - 2b." If this is not the intended expression, please clarify for a more accurate answer.
To simplify the expression (6a + 3b - 5a - 8b), combine like terms. For the (a) terms: (6a - 5a = 1a) or just (a). For the (b) terms: (3b - 8b = -5b). Thus, the simplified expression is (a - 5b).
There are 3 terms in the given expression of 6a+9b+15
To simplify the expression (9a + 10(6a - 1)), first distribute the 10: [ 10(6a - 1) = 60a - 10. ] Now combine it with (9a): [ 9a + 60a - 10 = 69a - 10. ] So, the simplified expression is (69a - 10).
To solve the expression (-3 + 6a + 29a - 15), first, combine like terms. The terms involving (a) are (6a) and (29a), which add up to (35a). The constant terms are (-3) and (-15), which combine to (-18). Thus, the simplified expression is (35a - 18).