Quiz (1 point)
Prove that:
ZS || TX
The following properties may be helpful:
- if WXYZ is a parallelogram, then distance WX = distance ZY
- if m∠ABC = 180, then distance AC = (distance AB) + (distance BC)
- if m∠ABC = 180, then distance AC = (distance AB) + (distance BC)
if the following are true:
- a = b + c
- x = y + z
- a = x
- b = z
then c = y
- if ABCD is a parallelogram, then AB || DC
- if (AB || CD) and (m∠AXB = 180) and (m∠CYD = 180), then XB || CY
- if distance AB = distance CD, then distance AB = distance DC
- if (distance XY = distance ZW) and (XY || WZ), then XW || YZ
- if AB || CD, then BA || DC
Please write your proof in the table below. Each row should contain one claim. The last claim is the statement that you are trying to prove.