AIR MATH

Math Question

The figure shows parallelogram \( A B C D \) with \( A E=16 \). not drawn to scale Let \( B E=x^{2}-48 \) and let \( D E=2 x \). What is the length of BE? and DE? \( B E \) is 16 units. \( D E \) is 16 units. What conclusion can be made regarding the specific classification of parallelogram ABCD? \( A B C D \) is a because the lengths \( A E, B E, C E \), and \( D E \) are all making diagonals \( \mathrm{AC} \) and \( \mathrm{BD} \) congruent.

Solution

solution

AIR MATH homework app,
absolutely FOR FREE!

  • AI solution in just 3 seconds!
  • Free live tutor Q&As, 24/7
  • Word problems are also welcome!
appstoreplaystore

Scan the QR code below
to download AIR MATH!

qrcode