Coordinate plane with triangles lmn and pqr with l at negative 3 comma 2, m at 1 comma 6, n at 1 comma 2, p at negative 2 comma 3, q at 0 comma 5, and r at 0 comma 3

which set of transformations would prove δlmn ~ δpqr?

The equation respenting the left table is

(01.02 lc) angle abc has point e on ray ba and point d on ray bc. points e and d are equidistant from point b. to bisect angle abc, which of the following needs to be identified for the construction? the distance between points e and d the point in the angle that is equidistant from points e and d the endpoint of rays ba and bc the point outside of the angle that is equidistant from points e and d

In triangle △abc, ∠abc=90°, bh is an altitude. find the missing lengths. ah=4 and hc=1, find bh.