It is the 2.
2
2. Although, technically, the coefficient, 5, is also a constant.
The coefficient in the term 5a^2 is 5. In algebraic terms, the coefficient is the numerical factor that is multiplied by the variable term. In this case, the variable term is a^2, and the coefficient is 5.
An algebraic letter. e/g 5a 'a' is a non numeric constant. Remember in algebraic , when a letter is given , it means that the value of the letter is a constant, but the value is unknown .
It is the 2.
a, whatever the value is, would be the constant.
2
2. Although, technically, the coefficient, 5, is also a constant.
2 (or + 2)
The coefficient in the term 5a^2 is 5. In algebraic terms, the coefficient is the numerical factor that is multiplied by the variable term. In this case, the variable term is a^2, and the coefficient is 5.
5a = a + a + a + a + a
An algebraic letter. e/g 5a 'a' is a non numeric constant. Remember in algebraic , when a letter is given , it means that the value of the letter is a constant, but the value is unknown .
The expression 5a - 2/3 is a combination of a term involving the variable 'a' and a fraction. To simplify this expression, you would first distribute the 5 to the 'a' term, resulting in 5a. Then, you would subtract 2/3 from 5a. The expression cannot be further simplified without knowing the specific value of 'a'.
Take your pick: a, 2a, 3a, 4a .... etc
To simplify the expression (3 - 5(a - 4)), first distribute the (-5) across the terms inside the parentheses: (3 - 5a + 20). Then, combine the constant terms (3 + 20) to get (23 - 5a). Therefore, the simplified expression is (23 - 5a).
The GCF is 5a.