-1 + 4x + 6x - 20 =10x - 19
It is 6x+1 simplified
4x - 12x5 In this case, this is an expression in terms of x. The only way it could be simplified would be to factor out the 4x to get 4x(1-3x4) OR, you could have meant the following: 4 x (-12) x 5 = -20 x 12 = -240
To do this equation, you collect like terms. 7x-4x+x-15 is your original equation, you have 3 terms with "'x'" in them, and they are 7x, -4x, and x. 7x + (-4x) +x simplifies to 4x, because 7-4 = 3 + 1 = 4 (the x is really 1x....). After this, you get 4x-15, which is as simplified as this equation can be.
It is (4x + 2)
That is a simplified expression, so it can't be solved nor can it be simplified further, so it remains as 4x + 1
-1 + 4x + 6x - 20 =10x - 19
1/2x^3
It is 6x+1 simplified
15x -1 you first look for like terms and then combine them! (8x-4x+23x) = 15x then -1 = -1 giving you the answer!
It is an expression that can be simplified to: 6x+1
None because without an equality sign it is not an equation but the given expression of 4x-22(2x-1) can be simplified to: 22-40x
None because without an equality sign it is not an equation but the given expression of 4x-22(2x-1) can be simplified to: 22-40x
Assuming there are no parentheses:2 times X - 1 + 4X - 6 + 2X =2X - 1 + 4X - 6 + 2X =2X + 4X + 2X - 1 - 6 =8X - 1 - 6 =8X - 7
The expression "x minus 4x" can be simplified by combining like terms. When subtracting 4x from x, we are essentially subtracting 4 of the x terms from 1 of the x terms, resulting in a final answer of -3x. So, x minus 4x simplifies to -3x.
4x - 12x5 In this case, this is an expression in terms of x. The only way it could be simplified would be to factor out the 4x to get 4x(1-3x4) OR, you could have meant the following: 4 x (-12) x 5 = -20 x 12 = -240
To do this equation, you collect like terms. 7x-4x+x-15 is your original equation, you have 3 terms with "'x'" in them, and they are 7x, -4x, and x. 7x + (-4x) +x simplifies to 4x, because 7-4 = 3 + 1 = 4 (the x is really 1x....). After this, you get 4x-15, which is as simplified as this equation can be.