If point \( A \) is located at \( (-8,-1) \) under this translation where would \( A^{\prime} \) be located?

To find the new location of point \( A \), we need the translation vector, which typically consists of how much to add to the x-coordinate and the y-coordinate. Since that information wasn't provided, let's say the translation is represented as moving right by \( 5 \) units and up by \( 3 \) units. Starting with point \( A \) at \( (-8,-1) \): 1. Add \( 5 \) to the x-coordinate: \(-8 + 5 = -3\) 2. Add \( 3 \) to the y-coordinate: \(-1 + 3 = 2\) Thus, the new location \( A^{\prime} \) would be at \( (-3, 2) \). Adjust the translation values accordingly to find the exact location if different from this example!