top button
Flag Notify
    Connect to us
      Site Registration

Site Registration

Connecting the midpoints of a quadrilateral's four sides forms a square. Must the original quadrilateral be a square?

0 votes
272 views
Connecting the midpoints of a quadrilateral's four sides forms a square. Must the original quadrilateral be a square?
posted Sep 24, 2018 by anonymous

Share this puzzle
Facebook Share Button Twitter Share Button LinkedIn Share Button

1 Answer (Check Answer ▼)





Similar Puzzles
0 votes

A point inside a pentagon is connected to the midpoints of the sides of the pentagon and to a corner, as shown in the figure. The areas of the six regions are written in the figure.
enter image description here

What is the value of A – B?

0 votes

A Greedy person is celebrating his birthday with 6 of his friends. His mother baked him a birthday cake in the shape of a regular hexagon. Wanting to keep most of the cake, he makes cuts linking the midpoints of every 2 adjacent sides, and distributes these 6 slices to his friends. What proportion of the cake does he have left for himself?

enter image description here

0 votes

Let ABC be an acute triangle with angle A = 60 and let D be the midpoint of BC. The points E and F are the feet of the altitudes from B and C respectively. Which one of the given descriptions best describe triangle DEF?

enter image description here

a) Right angled
b) Isoceles
c) Equilateral
d) Scalene

+1 vote

Nine unit circles are packed into a square, tangent to their neighbors and to the square. What is the length of the longest smooth path connecting two opposite corners of the square?

nine squares

Assumptions:
- The path must be continuous and follow the lines in the diagram; that is, it must be made up of portions of either the circles or the outside square.
- The path may not change direction suddenly.
- The path may not contain any loops.
- The path may not touch or cross itself at any point.

...