10. Paralleogram ABCD has vertices A(-1,4), B(3,2), c(3,-4), and D(-1,-2). y A(-1, 4) B(3, 2) 4-2 2 4. 6' D(-1,-2) 4 C(3,-4) Which equation could be one of the steps used in proving that the diagonals of parallelogram ABCD bisect each other? V(3-1)' +(2-0) = /(1-3)' +(0+4)° a. %3D b. V13+1) +(2+0) = (1+3)° +(0-4) %3D V(-1-1) +(4-0)' =/(1–3)' +(0+4)' C. %3D 2)

10. Paralleogram ABCD has vertices A(-1,4), B(3,2), c(3,-4), and D(-1,-2). y A(-1, 4) B(3, 2) 4-2 2 4. 6' D(-1,-2) 4 C(3,-4) Which equation could be one of the steps used in proving that the diagonals of parallelogram ABCD bisect each other? V(3-1)' +(2-0) = /(1-3)' +(0+4)° a. %3D b. V13+1) +(2+0) = (1+3)° +(0-4) %3D V(-1-1) +(4-0)' =/(1–3)' +(0+4)' C. %3D 2)

Name: Please answer 10. Paralleogram ABCD has vertices A(-1,4), B(3,2), C(3,
Uploaded: 2024-03-20T07:07:37.000Z
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Description: Please answer 10. Paralleogram ABCD has vertices A(-1,4), B(3,2), C(3,-4), and D(-1,-2)yA(-1, 4)В(3, 2)-4-2D(-1,-2)С3, -4)Which equation could be one of the steps used in proving that the diagonals of parallelogram ABCD bisecteach other?V(3-1)+(2-0)