Given that L is equidistant from M and K, find m

A. 23

B. 33

C. 55

D. 57

Hi! Did you ever figure out the answer for this one? I am stuck too

The answer:

the full question is, Given that L is equidistant from M and K, find m KLN

as we see on the figure

m KLN ≈ mMLN, so 33 = 2y + 23

so 33 - 23 = 2y, 10° = 2y, and then y = 10/2 = 5°

finally, we can tell that mKLN ≈2 (5) + 23 = 33°

the answer is B. 33