It is the 2.
2
2. Although, technically, the coefficient, 5, is also a constant.
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 .
In an arithmetic sequence, the difference between any term and the previous term is a constant.
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)
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
The GCF is 5a.
Well, honey, 5a squared is just 5 times a squared. It's as simple as that. So if you're looking for the value of 5a squared, just make sure you don't forget to square that 'a' and multiply it by 5. Easy peasy lemon squeezy!
Oh, dude, the factors of 5a are 1, 5, a, and 5a. It's like, you can't really break it down any further because those are the only numbers that can divide evenly into 5a without leaving a remainder. So yeah, that's pretty much it.
5a = a + a + a + a + a