Select the coordinates A′ and B′ after dilation of the line segment AB with a scale factor of 13 , centered at the origin where the endpoints are A(−6,3) and B(−12,9) .(1 point)
To find the coordinates of A' and B' after dilation with a scale factor of 13, we multiply the x and y coordinates of each point by 13.
The coordinates of A are (-6,3).
Multiplying both x and y coordinates by 13, we get A' as (-6*13, 3*13) = (-78, 39).
The coordinates of B are (-12,9).
Multiplying both x and y coordinates by 13, we get B' as (-12*13, 9*13) = (-156, 117).
Therefore, A' has coordinates (-78, 39) and B' has coordinates (-156, 117).
A′(−2,1) and B′(−12,9) upper A prime left parenthesis negative 2 comma 1 right parenthesis and upper B prime left parenthesis negative 12 comma 9 right parenthesis A′(−18,9) and B′(−36,27)upper A prime left parenthesis negative 18 comma 9 right parenthesis and upper B prime left parenthesis negative 36 comma 27 right parenthesisA′(−2,1) and B′(−4,3)upper A prime left parenthesis negative 2 comma 1 right parenthesis and upper B prime left parenthesis negative 4 comma 3 right parenthesisA′(−6,3) and B′(−4,3)
No, the correct coordinates for A' and B' after dilation with a scale factor of 13, centered at the origin, where the endpoints are A(-6,3) and B(-12,9) are:
A'(-78, 39) and B'(-156, 117)