2x - 3y = 5 => 3y = 2x - 5 has a gradient of 2/3
9y + bx = 4 => 9y = -bx + 4 has a gradient of -b/9
The two gradiends must be the same if the two lines are parallel:
2/3 = -b/9 so that b = -6
In order for the two equations kx-8y-32 equals 0 and 4x-5y +17 equals 0 to produce parallel lines, "k" in the first equaation needs to equal 2. Then, when you plot the lines on a graph they lie parallel, with one equation liying above the y axis, and the other below it.
MAKE
You do not need a table! All you have is y = 4, whatever value x has.
They both will have the same slope or gradient but with different y intercepts
x = 7
In order for the two equations kx-8y-32 equals 0 and 4x-5y +17 equals 0 to produce parallel lines, "k" in the first equaation needs to equal 2. Then, when you plot the lines on a graph they lie parallel, with one equation liying above the y axis, and the other below it.
The value of c/30 that equals 12 is 12 . In order to make that value, 'c' must be 360 .
MAKE
You do not need a table! All you have is y = 4, whatever value x has.
They both will have the same slope or gradient but with different y intercepts
256 = 2n128 = n
What is the value of what. You didnt specify. And this equations dont make sense. 100millimeters can equal 11.70 nothing and 150millimeters can equal 34.20 when 100mm equals 11.70. And what is the random 40mm for
x = 7
The given question seems to be muddle up but parallel lines have the same slope but with different y intercepts
256/2 = 128 for n.
There is no numerical value for 'x' that can make this a true statement.
One, the value five.