If the correspondence ABC ↔ EFD is a similarity in AABC and ADEF, then of the following is not true.

ΔABC ~ ΔPQR for the correspondence ABC ↔ QRP. If m∠A = 50, m∠C = 30, then m∠R =

ΔLMN ~ ΔXYZ for the correspondence LMN ↔ ZYX. If m∠Z = 50, m∠X = 40, then m∠L + m∠N =

ABC ~ PQR is a similarity in ΔABC and ΔPQR. If the perimeter of ΔABC is 12 and perimeter of a ΔPQR is 20, then AB : PQ =

In ΔABC, a line parallel to intersects and in D and E respectively. Fill in the blanks shown in the table :