The equations ( y = 3x + 4 ) and ( y = 3x - 2 ) represent two parallel lines with the same slope of 3 but different y-intercepts. When graphed, they will never intersect, indicating that there is no solution to the system of equations. This means the two lines are consistent and parallel, confirming that they do not share any points in common.
5
9
Without an equality sign it is not an equation but if you mean y = 3x-1 then it is a straight line equation
Without any equality signs and a missing plus or minus sign the given expressions can't be solved as in an equation.
The equation you provided, "y3x - 11," appears to be incorrectly formatted. If you meant to write the equation in the form ( y = 3x - 11 ), then the y-intercept can be found by setting ( x = 0 ). Substituting ( x = 0 ) gives ( y = -11 ), so the y-intercept is -11. If the equation is different, please clarify for an accurate answer.
5
9
Without an equality sign it is not an equation but if you mean y = 3x-1 then it is a straight line equation
YES I THINK SO y=3x is a linear equation
Without any equality signs and a missing plus or minus sign the given expressions can't be solved as in an equation.
This equation is incomplete, and to solve for two variables, you need two equations. So there is no "answer" for this.
There can be no solution because there is just an expression - no equation nor inequality.
The equation you provided, "y3x - 11," appears to be incorrectly formatted. If you meant to write the equation in the form ( y = 3x - 11 ), then the y-intercept can be found by setting ( x = 0 ). Substituting ( x = 0 ) gives ( y = -11 ), so the y-intercept is -11. If the equation is different, please clarify for an accurate answer.
4
If you mean y = 3x-2 then it is a straight line equation whereas 3 is the slope and -2 is the y intercept
If you mean: y=3x-4 and the point (2, 1) then the perpendicular equation is 3y=-x+5
If you mean: y = 3x-4 then it is a straight line equation whose slope is 3 and its y intercept is -4