It is 16y+23x simplified
4x + 3y - 2x - 7y2x - 4y
6x + 9 + 2x = 8x + 9
3x+3-2x=3 x+3=3 x-0
Simplify 4x + 3 = 2x + 8 2x = 5 x =2½
1xy
2x
4x + 3y - 2x - 7y2x - 4y
To simplify the expression "2x plus 3 19," we first interpret it as "2x + 3 + 19." Adding the constants 3 and 19 together gives us 22. Therefore, the simplified expression is 2x + 22.
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 ).
To simplify the expression ((1x^2 - 2x + 4) + (2x + 1) - (x^2 + 5)), first combine like terms. The (x^2) terms give (1x^2 - 1x^2 = 0). The (x) terms yield (-2x + 2x = 0), and the constant terms combine to (4 + 1 - 5 = 0). Thus, the simplified expression is (0).
To simplify the expression (2x + 23 - 2 - 1), first combine the constant terms: (23 - 2 - 1 = 20). Thus, the expression simplifies to (2x + 20).
To simplify the expression (25x - 4x + 2x), first combine the like terms. Start by adding (-4x) and (2x): (-4x + 2x = -2x). Then, add that to (25x): (25x - 2x = 23x). Therefore, the expression is equivalent to (23x).
To simplify the expression (8x - 3(2 + 2x)), first distribute the (-3) across the terms inside the parentheses: [ 8x - 3 \cdot 2 - 3 \cdot 2x = 8x - 6 - 6x. ] Next, combine like terms: [ (8x - 6x) - 6 = 2x - 6. ] Thus, the simplified expression is (2x - 6).
2x plus 5x simplified is 7x.
To simplify the expression (3x + 4(2x + 5)), first distribute the 4: [ 3x + 8x + 20 = 11x + 20. ] Now, simplify the second expression (6x + 5x + 5): [ 11x + 5. ] Since (11x + 20) is not equal to (11x + 5), Lauren is incorrect; the two expressions are not equivalent.
The expression goes like this: 2x+y+5-3. x and y are variables so we cannot perform unless we have a linear or simultaneous or as such equations.But operation can be performed if like terms are present, but in your problem the answer will be: 2x+y+2
2x + 4x + 3 = 6x + 3