Drag each description to the correct location on the table. Match each condition to the number of quadrilaterals that can be constructed to fit the condition.
condition A: a rectangle with four right
angles
condition B: a square with one side
measuring 5 inches
condition C: a rhombus with one angle
measuring 43
condition D: a parallelogram with one
angle measuring 32
condition E: a parallelogram with one
angle measuring 48° and adjacent sides
measuring 6 inches and 8 inches
condition E: a rectangle with adjacent
sides measuring 4 inches and 3 inches
One Quadrilateral
Many Quadrilaterals

The point of intersection of the diagonals of a rectangle is 4 cm further away from the smaller side then from the larger side of the rectangle. the perimeter of the rectangle is equal to 56 cm. find the lengths of the sides of the rectangle. 16 points answer quick

Nina has prepared the following two-column proof below. she is given that ∠oln ≅ ∠lno and she is trying to prove that ol ≅ on. triangle oln, where angle oln is congruent to angle lno step statement reason 1 ∠oln ≅ ∠lno given 2 draw oe as a perpendicular bisector to ln by construction 3 ∠leo ≅ ∠neo transitive property of equality 4 m∠leo = 90° definition of a perpendicular bisector 5 m∠neo = 90° definition of a perpendicular bisector 6 le ≅ en definition of a perpendicular bisector 7 δole ≅ δone side-angle-side (sas) postulate 8 ol ≅ on cpctc nina made two errors in the proof. identify and correct the errors.

Idon’t know what to do after i plot my first shape