Which composition of transformations maps figure rstuv to figure r"s"t"u"v"?

a reflection across line n followed by a translation down and to the right

a reflection across line n followed by a 270° rotation about point p

a translation down followed by a 270° rotation about point p

a translation down followed by a reflection across line n

option: B is correct

A reflection across line n followed by a 270° rotation about point P.

Step-by-step explanation:

Clearly from the figure we could see that the graph is first reflected across the given line n such that we obtain the figure R'S'T'V'U' and then it is rotated 270° across the point P so that we obtain the figure R"S"T"U"V".

Hence, option B is correct.

( A reflection across line n followed by a 270° rotation about point P )

answer: the answer is 40.82

step-by-step explanation: 3.14 x 13(or half of 26) to the power of 2

1,918

step-by-step explanation: