If the equation is: y = -x then the slope is -1 and there is no y intercept
4
y-x is an expression, not an equation. Therefore, the question does not make sense.
-- Take the equation. -- Say to yourself, "At the x-intercept, y=0". Set 'y' equal to zero, solve the equation for 'x', and you have the x-intercept. -- Take the original equation again. -- Say to yourself, "At the y-intercept, x=0". Set 'x' equal to zero, solve the equation for 'y', and you have the y-intercept.
Set x = 0 and solve the resulting equation in y for the y-intercept. Set y = 0 and solve the resulting equation in x for the x-intercept.
The equation y x - x a is an algebraic equation that many learn in school, which involves numbers as well as letters. The equation y x - x a would be x (y-1).
This question cannot be answered without the whole equation: If the equation is y = 2x, then y = 6 for x = 3. If the equation is y = x + 2, then y = 5 for x = 3. If the equation is y = 99/x, then y = 33 for x = 3. If you can provide the complete equation, your question could be answered more precisely.
If y = y + x then x must be 0 Otherwise the equation is meaningless.
The 'x' and 'y' intercepts of that equation are both at the origin.
If you mean the slope of the line with equation y = x then it is 1 and there is no y intercept
If the equation is: y = -x then the slope is -1 and there is no y intercept
If you are solving for y, it is fine. If you are solving for x, divide both sides by x and the equation should be x = y/x
x = 2 and y = -4
4
y-x is an expression, not an equation. Therefore, the question does not make sense.
-- Take the equation. -- Say to yourself, "At the x-intercept, y=0". Set 'y' equal to zero, solve the equation for 'x', and you have the x-intercept. -- Take the original equation again. -- Say to yourself, "At the y-intercept, x=0". Set 'x' equal to zero, solve the equation for 'y', and you have the y-intercept.
Set x = 0 and solve the resulting equation in y for the y-intercept. Set y = 0 and solve the resulting equation in x for the x-intercept.