Which rule describes the composition of transformations that maps δabc to δa"b"c"?

translation of negative 6 units x, negative 2 units y composition reflection across the x-axis
reflection across the x-axis composition translation of negative 6 units x, negative 2 units y
translation of negative 6 units x, negative 2 units y composition 90 degree rotation about point 0
90 degree rotation about point 0 translation of negative 6 units x, negative 2 units y

Reflection across the x-axis composition translation of negative 6 units x, negative 2 units y

Explanation:

The reflection across the x axis would produce A'B'C' then the translation of -6  units x and -2 units y would move the shape to A"b"C"

Reflection across the x-axis composition translation of negative 6 units x, negative 2 units y

According to the reflection rule;

Reflection over the x-axis:

Hence the rule that describes the composition of transformations that maps ΔABC to ΔA"B"C"? is reflection across the x-axis composition translation of negative 6 units x, negative 2 units y

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21

step-by-step explanation:

50x5=$250

step-by-step explanation: