x-9=9
When you add 9 to both sides, you are left with x=18.
x+5=18 When you move 5 to the other side, you get x=13.
There are a lot of two step equations that could give you 18 like: 48x - 250= 614 15x - 17= 253 31x + 28= 586 6x + 59 = 167
it is 3x3 not that hard
By taking away, from the left side, anything that isn't "x". In this case, subtract 18 from both sides.
One example of a multi-step equation that equals 23 is (2x + 5 = 23). To solve for (x), first subtract 5 from both sides, resulting in (2x = 18). Then, divide both sides by 2 to find (x = 9). Therefore, the equation satisfies the condition of equaling 23 when solved.
To solve for "j" in the equation 8j - 18 = 14, you can isolate the variable by adding 18 to both sides of the equation. This will give you 8j = 32. Then, divide both sides of the equation by 8 to find that j = 4.
A multi-step equation that equals 27 could be (3x + 9 = 27). To solve for (x), first subtract 9 from both sides to get (3x = 18), and then divide by 3 to find (x = 6).
A two-step equation that equals 23 could be represented as (2x + 5 = 23). To solve for (x), first subtract 5 from both sides to get (2x = 18), and then divide by 2, resulting in (x = 9).
A two-step equation with a variable that equals 23 could be (2x + 5 = 23). To solve for (x), first subtract 5 from both sides to get (2x = 18), and then divide by 2 to find (x = 9). Thus, the solution satisfies the original equation.
First, you want to get the y on one side of the equation and everything else on the other side. To do this, add 3x to each side: 9y = 3x + 18 The next step is to divide both sides by 9, which gives you the equation solved for y: y = x/3 + 2
multiply each side by 18 so that the denominator of 18 cancels and -6X18=b therefore b=-108
No, the equation (9y^4x - 18) is not a linear equation. A linear equation is one in which the highest power of the variables is 1. In this case, the term (y^4) indicates that the equation involves a variable raised to the fourth power, making it nonlinear.