Assuming you want to find the point at which those two lines intercept:
We are told:
y - 2x = -3
∴ y = 2x - 3
We are also told:
4x - y = -1
∴ 4x - (2x - 3) = -1
∴ 2x - 3 = -1
∴ 2x = 2
∴ x = 1
Now we know the value of x, and can plug it back into either of the original equations to find y:
y = 2x - 3
∴ y = 2 - 3
∴ y = -1
So the lines defined by these equations intercept at the point (1, -1).
Thanks to the browser, it is not possible to tell what the inequalities are.
3
Given m equals 3 and n equals 1 then m3n3 equals?m3n3 = m*3*n*3 = 3*3*1*3 = [ 27 ]
If you mean: y = 2x -3 then the slope is 2 and the y intercept is -3
y - 2 = 3 can be simplified to y = 5 by adding two to both sides. This graph would be a horizontal line with a y intercept of 5. y = 2x -1 would have a y intercept of -1, and would have a slope of 2. That means every time you add one to x, you add two to y.
Thanks to the browser, it is not possible to tell what the inequalities are.
Given m equals 3 and n equals 1 then m3n3 equals?m3n3 = m*3*n*3 = 3*3*1*3 = [ 27 ]
3
If you mean: y = 2x -3 then the slope is 2 and the y intercept is -3
5
3
it equals 5
Add 2.
No it equals 2
5
y - 2 = 3 can be simplified to y = 5 by adding two to both sides. This graph would be a horizontal line with a y intercept of 5. y = 2x -1 would have a y intercept of -1, and would have a slope of 2. That means every time you add one to x, you add two to y.
If you mean: y = 2x+2 and y = 3x-1 then it works out as x = 3 and y = 8 meaning that the point of intersection is at (3, 8) on the coordinated plane.