It has the same slope as the line in the question.
If a line has equation y = mx + c, its slope is m.
If the line in question is y = 5x + 3, the slope of a parallel line is 5;
If the line in question is y + 5x = 3 → y = -5x + 3 (subtract 5x from both sides), the slope of a parallel line is -5.
Get in slope intercept form. 3X + 5Y = 15 5Y = -3X + 15 Y = -3/5X + 3 -3/5 is the slope of this line and the line parallel to this line
if the slope of a line is 2/3, then the slope of a parallel line would be 2/3.
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(6, 3)---------pointsm = - 5Y - Y1 = m(X - X1)------------------------------the formY - 3 = - 5(X - 6)Y - 3 = - 5X + 30Y = - 5X + 33----------------------------the equation of the line
The equation of: y = 5x-3 would satisfy the given conditions.
That depends what else is given, but basically you must find another line that has the same slope. For example, in y = 5x + 3, 5 is the slope; any other line with the same slope is parallel, for instance, y = 5x + 10, or y = 5x - 2.
Get in slope intercept form. 3X + 5Y = 15 5Y = -3X + 15 Y = -3/5X + 3 -3/5 is the slope of this line and the line parallel to this line
if the slope of a line is 2/3, then the slope of a parallel line would be 2/3.
If you mean: y=-5x+10 and the point (3, 10) then the parallel equation is y=-5x+25
The slope of any line parallel to another line is the slope of that line. In the form y = mx + c, the coefficient of x, ie the m, is the slope of the line. Thus any line parallel to y = 5x + 3 has slope 5.
Parallel lines have the same slope.
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if you mean 3x + 4y = 8 the slope is -3/4 and any parallel line will have the same slope.
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If you mean: 4x-2y = -3 then the slope of the line parallel to it will also have a slope of 2 but with a different y intercept
The line described by the equation is a hyperbola and its gradient is different along its length. Its gradient is -10/(5x-3)2 except where x = 3/5 and the curve is not defined. The general form of a parallel curve is y = a + 2/[5(x + b) - 3] where a and b are constants.
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