Whan a = 2 and b = 6,
5a + 2b = 5*2 + 2*6 = 10 + 12 = 22
No, (5a + 2b) is not a monomial; it is a binomial. A monomial consists of a single term, which can include a coefficient and one or more variables multiplied together, but without any addition or subtraction. In contrast, a binomial has two distinct terms, as seen in (5a) and (2b).
To simplify the expression ( b + 5a + 7 - 3a - 2 + 2b ), first combine like terms. The ( b ) terms are ( b + 2b = 3b ), and the ( a ) terms are ( 5a - 3a = 2a ). For the constant terms, combine ( 7 - 2 = 5 ). Thus, the simplified expression is ( 3b + 2a + 5 ).
Five thirds (five over three)
2a+5a+9a = 16a
13a - 6 + a = 5a + 3 + 3a 13a + a - 5a - 3a = 3 + 6 6a = 9 6a/6 = 9/6 a = 3/2
8a+2b
no
Gathering like terms together, this is equal to 5a + 3b + 7c.
-2a plus 3b
6b+5a-4b+3a= ? Rearrange it as 5a+3a+6b-4b = 8a+2b
5a(a+2b+b²)
4a + 3c - 2b - c + a - b = 5a - 3b + 2c
5a + 4b - 3a =(5a - 3a) + 4b =2a + 4b =2 (a + 2b)
No, (5a + 2b) is not a monomial; it is a binomial. A monomial consists of a single term, which can include a coefficient and one or more variables multiplied together, but without any addition or subtraction. In contrast, a binomial has two distinct terms, as seen in (5a) and (2b).
It is an algabraic expession without knowing whether or not 2b and 3a are plus or minus
To simplify the expression ( b + 5a + 7 - 3a - 2 + 2b ), first combine like terms. The ( b ) terms are ( b + 2b = 3b ), and the ( a ) terms are ( 5a - 3a = 2a ). For the constant terms, combine ( 7 - 2 = 5 ). Thus, the simplified expression is ( 3b + 2a + 5 ).
Five thirds (five over three)