y=mx+b y0=mx0+b 5=3*2+b b=5-5=0 y=3x+0
To determine the largest number of parallel lines in a regular polygon with an even number of sides, you can use the formula ( n/2 ), where ( n ) is the number of sides. This is because each pair of opposite sides can be drawn parallel to each other. For example, in a regular hexagon (6 sides), there can be 3 pairs of parallel lines, yielding 3 parallel lines.
y=1over 3x + 3
p = a. In a regular polygon with an even number of sides, every side is parallel to the one opposite it. So all a sides are parallel.
The equation of every vertical line is [ X = the value of 'x' where the line crosses the x-axis ].
y = 2x + 1.
find equation of the line. write equation in slope intercept form. (5,5) parallel line (3,13) and (12,13)
Since the two lines are parallel, then they have the same slope, 3. Thus, the equation of the line with y-intercept -4, and parallel to y = 3x - 3 is y = 3x - 4.
A staff or a stave is the system of parallel lines and spaces used to write music notation.
y=mx+b y0=mx0+b 5=3*2+b b=5-5=0 y=3x+0
The equation of the line is of the form y = 3x + c where c is a constant. The point (4,9) is on the line, so substituting x=4, y=9 in the equation, 9 = 3*4 + c = 12 + c so c = -3 So the equation of the line is y = 3x - 3
y = 3x+5 is parallel to y = 3x+7
5x-4y=8
Given point: (6, 7) Equation: 3x+y = 8 Parallel equation: 3x+y = 25
If you mean: y = -23x+3 then the parallel equation is y = -23x+164
Parallel straight line equations have the same slope but with different y intercepts
If you mean y = 3x+8 then the parallel equation will have the same slope and works out as y = 3x+13