A carpenter checks a wooden quadrilateral panel. He measures the two diagonals and finds they cross at the midpoint of each. He then measures them and finds the two diagonals are unequal and not perpendicular. The most specific quadrilateral the panel must be is a:

Question

Accepted Answer

Parallelogram. Bisecting diagonals prove a parallelogram. Unequal diagonals rule out a rectangle; non-perpendicular diagonals rule out a rhombus. So it is a general parallelogram.

A carpenter checks a wooden quadrilateral panel.
He measures the two diagonals and finds they cross at the midpoint of each.
He then measures them and finds the two diagonals are unequal and not perpendicular.
The most specific quadrilateral the panel must be is a:

Step-by-Step Solution

Master this chapter in 30 minutes a day.

More Class 9 Conditions for a Parallelogram practice

A carpenter checks a wooden quadrilateral panel.He measures the two diagonals and finds they cross at the midpoint of each.He then measures them and finds the two diagonals are unequal and not perpendicular.The most specific quadrilateral the panel must be is a:

Step-by-Step Solution

Master this chapter in 30 minutes a day.

More Class 9 Conditions for a Parallelogram practice

A carpenter checks a wooden quadrilateral panel.
He measures the two diagonals and finds they cross at the midpoint of each.
He then measures them and finds the two diagonals are unequal and not perpendicular.
The most specific quadrilateral the panel must be is a: