top button
Flag Notify
    Connect to us
      Site Registration

Site Registration

what is the maximum number of edges you can trace across if you never trace across the same edge twice ?

+3 votes
521 views

If you take a marker & start from a corner on a cube, what is the maximum number of edges you can trace across if you never trace across the same edge twice, never remove the marker from the cube, & never trace anywhere on the cube, except for the corners & edges ?

posted Nov 10, 2013 by Vikas Upadhyay

Share this puzzle
Facebook Share Button Twitter Share Button LinkedIn Share Button
I think it should be 9 but not sure...
commented Nov 10, 2013 by Salil Agrawal

1 Answer (Check Answer ▼)





Similar Puzzles
0 votes
If you start from a corner on cube, what is max number of edges you can trace if you never trace the same edge twice?

If you take a marker & start from a corner on a cube, what is the maximum number of edges you can trace across if you never trace across the same edge twice, never remove the marker from the cube, & never trace anywhere on the cube, except for the corners & edges ?

0 votes
What is the maximum number of inner triangles you can create by rearranging the 8 matchsticks?

In the figure above 8 matchsticks were placed on a grid to form 6 inner triangles.

What is the maximum number of inner triangles you can create by rearranging the 8 matchsticks?

enter image description here

+1 vote
What is the maximum number you can create by adding exactly 3 matchsticks?

What is the maximum number you can create by adding exactly 3 matchsticks?

Note: The maximum number should be of three digits.

enter image description here

0 votes
What is the maximum distance that the edge of the top book can get from the edge of the table without falling over?

Sajal has an infinite number of identical books that are rigid and perfectly rectangular. He places them all in a stack on the edge of a table.

enter image description here

What is the maximum distance (parallel to the ground) that the edge of the top book can get from the edge of the table without falling over?

a) Equal to half the length of a book
b) Equal to the length of a book
c) As far as he wants

...