It is: 3A2
7a minus 2, if "3a-2" means 3a minus 2. 3a plus 1 and 1-3rd in parenthesis times 3a, if "3a-2" means 3a squared. a plus 3a squared plus 3a = 1-3rd times 3a plus 3a times 3a plus 1 times 3a = 3a plus 1 and 1-3rd in parenthesis times 3a
3a
To multiply (3a) by (2a), you multiply the coefficients (3 and 2) and the variables (a and a) separately. This gives you (3 \times 2 = 6) for the coefficients and (a \times a = a^2) for the variables. Therefore, (3a \times 2a = 6a^2).
The expression (3a \times a \times b) can be simplified by multiplying the coefficients and combining like terms. This results in (3a^2b), where (3) is the coefficient, (a) is squared, and (b) remains as is. Thus, the final answer is (3a^2b).
a is greater than or equal to 3
7a minus 2, if "3a-2" means 3a minus 2. 3a plus 1 and 1-3rd in parenthesis times 3a, if "3a-2" means 3a squared. a plus 3a squared plus 3a = 1-3rd times 3a plus 3a times 3a plus 1 times 3a = 3a plus 1 and 1-3rd in parenthesis times 3a
A + 2a = 3a
3a + 2a = 5a
"a" plus "3a" is equal to 4a. (3a+a=4a). You already have 3 "a's" and then you add another "a."
48
2a + 5a + 3a = 10a
3a
3ab0*0*1*3*3a = 0
3a2
Oh, dude, you're hitting me with some math here. So, when you multiply 3a by a, you're basically multiplying 3 times a times a. That gives you 3a^2. It's like math, but with letters instead of numbers. Cool, right?
To multiply (3a) by (2a), you multiply the coefficients (3 and 2) and the variables (a and a) separately. This gives you (3 \times 2 = 6) for the coefficients and (a \times a = a^2) for the variables. Therefore, (3a \times 2a = 6a^2).
2a + a = 3a