Using the standard form y = mx + c
Where m = slope of '2'
The point ( 5,-6) is displaced against ( x,y)
Hence
y - - 6 = 2(x - 5) Note the 'double' negative.
y + 6 = 2x - 10
y = 2x - 16
If the slope is undefined, it is a vertical line. Therefore the equation is x=2.
If you mean a point of (-1, 4) and a slope of -3 then the equation is y = -3x+1
If you mean passing through (1, 2) with a slope of -3 then it is y = -3x+5
y = 1/3x+4/3
7
The equation of a vertical line passing through the point (a, b) is x a.
Points: (2, -3) and (-2, 0) Slope: -3/4 Equation: y = -0.75x-1.5
If you mean a slope of 6 passing through the point of (1, 3) then the equation works out as: y = 6x-3
If the slope is undefined, it is a vertical line. Therefore the equation is x=2.
If you mean a point of (-1, 4) and a slope of -3 then the equation is y = -3x+1
It is the equation of a line passing through the point (0, 1/3) and with slope 4/3
what
It is: y = 5x+6
If you mean passing through (1, 2) with a slope of -3 then it is y = -3x+5
The equation of a vertical line passing through the point (-4,0) is x = -4. Since all points on a vertical line have the same x-coordinate, the equation is simply x = -4.
The standard form is: 5x - y + 4 = 0
The frequency of the waves passing through the reference point increases when more waves pass through in a period of time. Frequency is the number of waves passing through a point in one second and is directly proportional to the number of waves passing through that point in a given time period.