-16x + 2 + 18x
'Like' terms are those which contain the same factor; in this case 'x' So taking -16x + 18x =. 18x - 16x = 2x
So it becomes 2x + 2
NB The '2' , on its own is a constant, so is not a 'like' term.
Similarly, something like 2x^3 + 3x^2 + x^3 - x^2 .
The 'x^3' are like terms , and the 'x^2' are like terms, but 'x^3' is unlike to 'x^2'.
So collecting like terms it would become 4x^3 + 2x^2 .
When you do something like 2x^2(2x + 1) , this is NOT collecting like terms , but FACTORING.
Hope that helps!!!!!
Combine like terms. 6x - 2y +7.
The expression "negative x plus 3x" can be simplified by combining like terms. Negative x can be written as -1x, so the expression becomes -1x + 3x. When you combine -1x and 3x, you get 2x. Therefore, the simplified expression is 2x.
1xy
To simplify the expression 12p + 19q + p - 5q - 3p, we first combine like terms. Combining the p terms, we have 12p + p - 3p, which simplifies to 10p. Combining the q terms, we have 19q - 5q, which simplifies to 14q. Therefore, the simplified expression is 10p + 14q.
There are 3 terms in the algebraic expression of: 3y+9+7x
You combine like terms.
To simplify the expression ( A + 3B + 5A + 15B ), first combine like terms. The terms involving ( A ) are ( A ) and ( 5A ), which combine to ( 6A ). The terms involving ( B ) are ( 3B ) and ( 15B ), which combine to ( 18B ). Therefore, the simplified expression is ( 6A + 18B ).
12t + 15
To simplify the expression (7p + 6q - 2p + q), combine like terms. First, combine the (p) terms: (7p - 2p = 5p). Next, combine the (q) terms: (6q + q = 7q). Therefore, the simplified expression is (5p + 7q).
Combine like terms to give 3n + 2
To simplify the expression ( 13x^2 + 2x - 7 ), you simply combine the terms. Since there are no like terms to combine, the expression remains ( 13x^2 + 2x - 7 ).
Combine like terms. 6x - 2y +7.
To simplify the expression (6d + 10e + 10d + 10e), first combine like terms. The terms with (d) are (6d) and (10d), which add up to (16d). The terms with (e) are (10e) and (10e), which combine to (20e). Therefore, the simplified expression is (16d + 20e).
The expression ( k + 1 + k + 4 ) can be simplified by combining like terms. First, combine the ( k ) terms: ( k + k = 2k ). Then, combine the constant terms: ( 1 + 4 = 5 ). Therefore, the simplified expression is ( 2k + 5 ).
To simplify the expression (6d + 8e + 11d + 8e), combine like terms. First, add the (d) terms: (6d + 11d = 17d). Then, combine the (e) terms: (8e + 8e = 16e). Therefore, the final answer is (17d + 16e).
To simplify the expression (2a + a), you can combine like terms. Since both terms involve the variable (a), you can add their coefficients: (2 + 1 = 3). Thus, the simplified expression is (3a).
9a plus a equals 10a. You can combine the like terms by adding the coefficients of 'a' together: 9 + 1 = 10. Therefore, the expression simplifies to 10a.