riddle for the day... gold chains and bling bling :D
PLEASE DO NOT LOOK UP THE ANSWERS ON THE INTERNET AND POST THEM HERE. If you want to look up the answers that's fine. The answers are out there, they are not that hard to find. Some people like to try and solve the riddle before giving up and looking up the answers. This is for those people. Enjoy...
a man has a gold chain with 7 links. he needs the service of a laborer for 7 days at a fee of one gold link per day. however, each day of work needs to be paid for separately. in other words, the worker must be paid each day after working and if the laborer is ever overpaid he will quit with the extra money. also he will never allow himself to be owed a link.
what is the fewest # of cuts to the chain to facilitate this arrangement and how does that guarantee payment?
a man has a gold chain with 7 links. he needs the service of a laborer for 7 days at a fee of one gold link per day. however, each day of work needs to be paid for separately. in other words, the worker must be paid each day after working and if the laborer is ever overpaid he will quit with the extra money. also he will never allow himself to be owed a link.
what is the fewest # of cuts to the chain to facilitate this arrangement and how does that guarantee payment?
I don't think I understand the question...
I know that with three cuts, you'll have 7 individual links, and you can then pay the laborer over the 7 days, but I don't think that's the answer.
Also what do you mean by guaranteeing payment?
I know that with three cuts, you'll have 7 individual links, and you can then pay the laborer over the 7 days, but I don't think that's the answer.
Also what do you mean by guaranteeing payment?
Hmm... My guess is below, spaced so that people don't see it.
3: # the links 1-7. Cut the #2, detach #1 from #2, then detach #2 from #3. Cut #4, detach #3 from #4, then #4 from #5. Last, cut #6, remove #5 from #6, then remove #7 from #6, and finally give the man his #6 bling bling.
Correct?
3: # the links 1-7. Cut the #2, detach #1 from #2, then detach #2 from #3. Cut #4, detach #3 from #4, then #4 from #5. Last, cut #6, remove #5 from #6, then remove #7 from #6, and finally give the man his #6 bling bling.
Correct?
Originally posted by chroot
Fold the chain up and make one cut to separate all the links at once?
- Warren
Fold the chain up and make one cut to separate all the links at once?
- Warren
The answer is 2 (see below):
Day 1: Cut off one link and pay
Day 2: Cut off two links and give it to him and take the one link back
Day 3: Give him the one link you took back on Day 2
Day 4: Give him the remaining link (4 links) and take back the 1 link and the 2 link
Day 5: Give him the one link you took
Day 6: Give him the part with two links and take back the single link
Day 7: Give him the single link
I WIN!!!!
Day 1: Cut off one link and pay
Day 2: Cut off two links and give it to him and take the one link back
Day 3: Give him the one link you took back on Day 2
Day 4: Give him the remaining link (4 links) and take back the 1 link and the 2 link
Day 5: Give him the one link you took
Day 6: Give him the part with two links and take back the single link
Day 7: Give him the single link
I WIN!!!!
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After cutting the 3rd link, you'll have 3 pieces of links
1. The first 2 links
2. The third link
3. The last 4 links
Day 1: give the single link
Day 2: take back single link, give 2 links
Day 3: give back single link
Day 4: take back all, give 4 links
Day 5: give single link
Day 6: take back single link, give 2 links
Day 7: give back single link
1. The first 2 links
2. The third link
3. The last 4 links
Day 1: give the single link
Day 2: take back single link, give 2 links
Day 3: give back single link
Day 4: take back all, give 4 links
Day 5: give single link
Day 6: take back single link, give 2 links
Day 7: give back single link






