Standard Form
Solve it as you would normally. I could help if I had the equation. :) Fractions don't really change much; they just make the problem look more difficult.
That depends how you plan to solve it - there are several methods. But usually you would start by arranging the equation in "standard form", meaning that on the right of the equal sign, you only have zero.
A standard form of a linear equation would be: ax + by = c
If you solve such an equation for "y", you get an equation in the slope-intercept form.
Solve the equation for ' y '.
Standard Form
2x+3y-5=0
Solve it as you would normally. I could help if I had the equation. :) Fractions don't really change much; they just make the problem look more difficult.
That depends how you plan to solve it - there are several methods. But usually you would start by arranging the equation in "standard form", meaning that on the right of the equal sign, you only have zero.
A standard form of a linear equation would be: ax + by = c
If you solve such an equation for "y", you get an equation in the slope-intercept form.
You cannot solve a single linear equation in two variables, x and y. You need two independent equations.
There is more than one "standard form". If the equation is not already solved for "y", solve it for "y". In that case, you'll get an equation of the following form (known as "slope-intercept form"): y = mx + b Where "m" is the slope of the line, and "b" is the y-intercept (the point where the line intercepts the y-axis).
You can put the equation into slope-intercept form and the answer is right there, or you can put it in standard form and make the x coefficient and x "disappear" and solve the equation by dividing the number with y by the number on the other side of the equation.
The standard form of an equation is Ax + By = C. In this type of equation, x and y are variables while A, B, and C are integers.
First, write the equation in standard form, i.e., put zero on the right. Then, depending on the case, you may have the following options:Factor the polynomialComplete the squareUse the quadratic formula