If the image of the function y = 2x + 3 and y = 3x-2m intersects on the X axis, then M = () I don't believe that there should be a process

When y = 0, 2x + 3 = 0
X=-3/2
So the image of function y = 2x + 3 and y = 3x-2m intersects at (- 3 / 2,0)
Substituting (- 3 / 2,0) into y = 3x-2m, we get
0=-9/2-2M
M=-9/4

If the image of the function y = 2x + 3 and y = 3x-2m intersect on the X axis, then ()

0=2x+3
So x = - 3 / 2
And 0 = 3 * (- 3 / 2) - 2m
So m = - 9 / 4

If the image of the function y = 2x + K intersects the positive half axis of the X axis, then the quadrant of the image of the function y = K / X is

For the function y = 2x + K, let y = 0, then
0 = 2x + k
k = -2x
If x is greater than 0, then
k = -2x＜0
Then the image of y = K / X is in the second and fourth quadrants

Given that the image of the function y = x + 2M and y = - 3mx-6 intersects on the negative half axis of X axis, what is the value of M? The answer is - 3,

If y = 0, then x = - 2m

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