Can You Solve Burning Rope Problem

If you light one end of the rope it will take exactly one hour to burn all the way to the other end.

Can you solve burning rope problem.

You have two ropes. Rope burning logic problem. You are told that each of the two ropes has the following property. You have two ropes coated in an oil to help them burn.

Posted by jason kottke nov 22 2006. They are made of different material so even though they take the same amount of time to burn they burn at separate rates. Treating a bad rope burn requires attentive care in order to prevent infection and pain and to ensure healing comes quickly 1. In addition each rope burns inconsistently.

This burning rope problem is a classic logic puzzle. First rope second 30 mins second rope 15 mins 45 mins. Some of you might have heard this problem before. This is the only equipment you can use.

But it doesn t have to burn at a uniform rate. You can get rope burn from any activity involving the use of rope such as rock climbing roping horses boating or rope climbing. At this point burn the rope 2 at the remaining end and it will burn off completely in 15 mins. Each takes exactly 60 minutes to burn.

Each rope burns in 60 minutes but the ropes do not burn at a constant rate. You have two ropes and a lighter. So the total time can be calculated like below. A logic brain teaser.

If so try this variation. The burning rope problem. You have two ropes coated in an oil to help them burn. We can measure 30 minutes by burning one rope at both ends so we can solve this if we can measure 20 minutes on the other rope.

Solve these word problems with answers included. How can you measure 45 minutes by burning the ropes. Since a single rope burns in 30 60 2 minutes when burned by two flames we deduce a single rope will burn in 20 60 3 minutes with three flames. We re back with another riddle and this week s is nice and short though figuring out the solution can be a bedeviling pursuit.

Can you solve the two rope puzzle. You have two ropes that each take an hour to burn but burn at inconsistent rates. Once you have taken a crack at solving the riddle you can see the.