Line m has no y intercept, and it’s x intercept is(3,0). Line n has no x intercept, and it’s y intercept is (0,-4) the equation of line m is , and the equation of line n is

Step-by-step explanation:

In order for a line to have no y-intercept, it must be parallel to the y-axis. Its equation will be of the form ...

  x = constant.

If the x-intercept is (3, 0), then we must have constant = 3.

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In order for a line to have no x-intercept, it must be parallel to the x-axis. Its equation will be of the form ...

  y = constant.

If the y-intercept is (0, -4), then we must have constant = -4.

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The equation of line m is x = 3.

The equation of line n is y = -4.

the answer is c.) yes, [triangle]klp can be reflected across the line containing [line]kp and then translated so that p is mapped to m.

the reason is this:

looking at the triangles visually we can see they share the same features. using rigid transfromations we can reflect it over [line]kp then all we need to do is translate up.