Google Interview Puzzle - Poisonous Milk Bottle - Simple yet Tricky
video description
- Feed the Rat a sample from bottle 1 immediately.
- Wait until the 1 Hour 20 minute mark and then feed the Rat a sample from bottle 2.
If the rat dies at the 10 Hour mark, the poison is in bottle 1.
If the rat dies at the 11 Hour 20 minute mark, the poison is in bottle 2.
- If the Rat is still alive, wait until the 12 hour 40 minute mark to feed it a sample from bottle 3. (As per solution in the video, no need to feed it a sample from bottle 4.
If it dies at the 22 hour 40 minute mark, the poison is in bottle 3. If it doesn't die at all then the poison is in bottle 4.
The reason this solution is better is that you give yourself a 50% chance of being able to stop the experiment after only 2 bottles have been checked. This will mean that 50% of the time, you will have 2 full bottles to drink from, and only 1 bottle that isn't quite full to drink from (as it has been used to give a sample to the rat.
The other reason that this solution is the best is it gives a 1 hour and 20 minute window of variance to observe the death of the rat throughout.
If the rat didn't die at all, the safest option would be to drink from bottles 1 and 2 immediately and drink from bottle 3 as late as possible in the day to give yourself even more than a 1. 5 hour variance for that final bottle.
Date: 2023-11-15
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Comments and reviews: 29
education
3 alternative solutions:
1. The question does not say the poison is deadly or what volume must be consumed for the effect to take place. You can mix a sample of two bottles together and wait 10 hours, if there is an effect then the poison is in one of them, if not then the poison is not. Either way, you have limited the poisonous bottle to two choices. In the next 10 hours you conduct the second test for one of the two bottles that you know the poison is in, the results will give you a combination of 3 safe bottles to drink.
2. A simpler answer that can solve your hunger within seconds - eat the rat.
3. Arguably an EVEN SIMPLER solution (wow, I didn't think that was possible) that doesn't require killing the rat and eating it raw - If you read the question carefully, the puzzle asks what strategy would ensure that you drink 3 bottles of milk within 24 hours? Despite the conditions given before, the actual question does not specify that you are not allowed to poison yourself, it just says drink 3 bottles. Therefore, you can just drink 3 bottles with a chance of being poisoned but the effect may be very mild anyway and could wear off in a few hours. This solution also allows you to stop being hungry within seconds.
You're welcome.
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3 alternative solutions:
1. The question does not say the poison is deadly or what volume must be consumed for the effect to take place. You can mix a sample of two bottles together and wait 10 hours, if there is an effect then the poison is in one of them, if not then the poison is not. Either way, you have limited the poisonous bottle to two choices. In the next 10 hours you conduct the second test for one of the two bottles that you know the poison is in, the results will give you a combination of 3 safe bottles to drink.
2. A simpler answer that can solve your hunger within seconds - eat the rat.
3. Arguably an EVEN SIMPLER solution (wow, I didn't think that was possible) that doesn't require killing the rat and eating it raw - If you read the question carefully, the puzzle asks what strategy would ensure that you drink 3 bottles of milk within 24 hours? Despite the conditions given before, the actual question does not specify that you are not allowed to poison yourself, it just says drink 3 bottles. Therefore, you can just drink 3 bottles with a chance of being poisoned but the effect may be very mild anyway and could wear off in a few hours. This solution also allows you to stop being hungry within seconds.
You're welcome.
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AMAN
Solution 2:
Step 1: Label the bottles from 1 to 4.
Step 2: Divide the bottles into two groups, A and B, with two bottles in each group. Label the groups as A and B.
Step 3: Take the rat and feed it with the milk from bottles 1 and 2.
Step 4: After 10 hours, observe the rat's condition. If it dies, the poisoned bottle is either bottle 1 or 2. If the rat is still alive, proceed to step 5.
Step 5: Take the rat and feed it with the milk from bottle 1 (if the rat is still alive) and leave bottle 2 untouched. Step 6: After an additional 10 hours (a total of 20 hours since the start, observe the rat's condition. If it dies, then bottle 1 is the poisoned one. If the rat is still alive, the poisoned bottle is bottle 3, as the rat has only consumed milk from bottle 1 and it survived.
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Solution 2:
Step 1: Label the bottles from 1 to 4.
Step 2: Divide the bottles into two groups, A and B, with two bottles in each group. Label the groups as A and B.
Step 3: Take the rat and feed it with the milk from bottles 1 and 2.
Step 4: After 10 hours, observe the rat's condition. If it dies, the poisoned bottle is either bottle 1 or 2. If the rat is still alive, proceed to step 5.
Step 5: Take the rat and feed it with the milk from bottle 1 (if the rat is still alive) and leave bottle 2 untouched. Step 6: After an additional 10 hours (a total of 20 hours since the start, observe the rat's condition. If it dies, then bottle 1 is the poisoned one. If the rat is still alive, the poisoned bottle is bottle 3, as the rat has only consumed milk from bottle 1 and it survived.
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aparna
What can't we mix some quantity of first two bottles and second two bottles so that we can perform tests as two sets? Equal quantities from each bottles is mixed up and given to rat. If it dies after 10 Hrs, poison is in either bottle 1 or bottle 2. So, we try 1st bottle, and if it is doesn't die in the next 10 hr, second bottle is the poisonous one. Case 2. Rat didn't die after taking first set of milk. Then obviously the poisoned one is either 3rd or 4th. We'll give it 3rd bottle. If it dies after 10 hrs then 3rd bottle is poisoned. If it lives, without killing the rat we can say that 4th one is poisoned. We get to know it in 20 hrs either ways. we've 4 more hours left. By the way, I'd truly appreciate it, if you can structure this question cruelty free.
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What can't we mix some quantity of first two bottles and second two bottles so that we can perform tests as two sets? Equal quantities from each bottles is mixed up and given to rat. If it dies after 10 Hrs, poison is in either bottle 1 or bottle 2. So, we try 1st bottle, and if it is doesn't die in the next 10 hr, second bottle is the poisonous one. Case 2. Rat didn't die after taking first set of milk. Then obviously the poisoned one is either 3rd or 4th. We'll give it 3rd bottle. If it dies after 10 hrs then 3rd bottle is poisoned. If it lives, without killing the rat we can say that 4th one is poisoned. We get to know it in 20 hrs either ways. we've 4 more hours left. By the way, I'd truly appreciate it, if you can structure this question cruelty free.
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education
I found another solution to dis whitch also works here it is:
Hour 0 u feed the rat 2 bottles if he survive u drink the 2 bottle after at hour 10 u take 1 bottle from the 2 left and give some to the rat if he survive u drink it if he doesnt the u drink the other bottle.
Naw there might be a different aproach example:
Hour 0 u give the rat 2 bottle if he dies uk one of them is poisions so u drink the other 2 then u take one of 2 bottle that u gave the rat and if give it to him at hour 10 if he dies u drink the other so y it works bc they never said u only need to stick to 1 rat i am saying dis assuming u can only use another rat after the first one die u cant use 4rats at the same time.
Have have nice everyone: )
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I found another solution to dis whitch also works here it is:
Hour 0 u feed the rat 2 bottles if he survive u drink the 2 bottle after at hour 10 u take 1 bottle from the 2 left and give some to the rat if he survive u drink it if he doesnt the u drink the other bottle.
Naw there might be a different aproach example:
Hour 0 u give the rat 2 bottle if he dies uk one of them is poisions so u drink the other 2 then u take one of 2 bottle that u gave the rat and if give it to him at hour 10 if he dies u drink the other so y it works bc they never said u only need to stick to 1 rat i am saying dis assuming u can only use another rat after the first one die u cant use 4rats at the same time.
Have have nice everyone: )
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Андрей
Another way is you give first from first 2 bottles to the rat. After 10hours if rat is not dead then you can drink them, otherwise you can drink the other two. The rest 2, you give them one of them and on 20th hour you may know which of the 2 remaining is poisonous. The time to wait to drink from 3 bottles is more than given in video, but you may start drink earlier from the first and second bottle, so it is not clear from the problem that you have to actually minimize hours of not drinking all 3 bottles. The solution given in video even discourages minimal time not drinking approach as if there are not proximity bounds you may actually start giving the first 3 bottles of milk to the rat in 1 minute interval
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Another way is you give first from first 2 bottles to the rat. After 10hours if rat is not dead then you can drink them, otherwise you can drink the other two. The rest 2, you give them one of them and on 20th hour you may know which of the 2 remaining is poisonous. The time to wait to drink from 3 bottles is more than given in video, but you may start drink earlier from the first and second bottle, so it is not clear from the problem that you have to actually minimize hours of not drinking all 3 bottles. The solution given in video even discourages minimal time not drinking approach as if there are not proximity bounds you may actually start giving the first 3 bottles of milk to the rat in 1 minute interval
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shailesh
out of four bottle, make any one combination of two bottle
now after doing these, are are three bottle. first one is combination of two bottles. and other two ones
then make drink that first bottle which is of mixture to rat and wait for 10 hrs and see after 10 hrs, if rat survives then drink those first combinaion
now 10 hrs gone and 14 hrs hrs is remaining with two bottles left
so now make drink rat any of the one bottle outoff those two bottle and wait for 10 hours and see whether the rat is survive or death.
if survived then u can drink that second bottle also.
so the third bottles contains poison and if rat is death
then u can drink the third bottle as second bottle contains poisons
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out of four bottle, make any one combination of two bottle
now after doing these, are are three bottle. first one is combination of two bottles. and other two ones
then make drink that first bottle which is of mixture to rat and wait for 10 hrs and see after 10 hrs, if rat survives then drink those first combinaion
now 10 hrs gone and 14 hrs hrs is remaining with two bottles left
so now make drink rat any of the one bottle outoff those two bottle and wait for 10 hours and see whether the rat is survive or death.
if survived then u can drink that second bottle also.
so the third bottles contains poison and if rat is death
then u can drink the third bottle as second bottle contains poisons
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Nic
This solution is 100% safe only if the poison is in the first bottle. However, if the poison is in the 2nd bottle, then the poison given to the rat in the 2nd hour gets diluted in rat-s stomach by good milk it's already given an hour ago from first bottle. The diluted poison from 2nd bottle can take more than 10 hours to trigger and kill the rat. This could give wrong conclusion to the trapped person there that 2nd bottle is safe to drink. The same logic applies to bottle 3. In other words since the time for poison to take effect is long (10 hours, the diluted poison in rat-s body could delay the timings and so wrong conclusions regarding which bottle contains the poison.
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This solution is 100% safe only if the poison is in the first bottle. However, if the poison is in the 2nd bottle, then the poison given to the rat in the 2nd hour gets diluted in rat-s stomach by good milk it's already given an hour ago from first bottle. The diluted poison from 2nd bottle can take more than 10 hours to trigger and kill the rat. This could give wrong conclusion to the trapped person there that 2nd bottle is safe to drink. The same logic applies to bottle 3. In other words since the time for poison to take effect is long (10 hours, the diluted poison in rat-s body could delay the timings and so wrong conclusions regarding which bottle contains the poison.
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John
Haven't watched video yet. But a rather obvious solution comes to mind.
1. Feed rat sample from bottle 1
2. Wait an hour
3. Feed rat sample from bottle 2
4. Wait an hour
5. Feed rat sample from bottle 3
6 (optional. Wait an hour
7 (optional. Feed rat sample from bottle 4.
Now wait until rat dies. If rat dies at hour 10, bottle 1 is poison; 11 bottle 2 is poison; 12 bottle 3 is poison; 13 bottle 4 is poison.
Now, if I have 2 or more rats.
1. Feed rat sample from bottles 1&2
2. Wait 10 hours. If rat is dead, poison is in either bottle 1 or 2, feed sample from bottle 1 to rat and wait another 10 hours
etc.
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Haven't watched video yet. But a rather obvious solution comes to mind.
1. Feed rat sample from bottle 1
2. Wait an hour
3. Feed rat sample from bottle 2
4. Wait an hour
5. Feed rat sample from bottle 3
6 (optional. Wait an hour
7 (optional. Feed rat sample from bottle 4.
Now wait until rat dies. If rat dies at hour 10, bottle 1 is poison; 11 bottle 2 is poison; 12 bottle 3 is poison; 13 bottle 4 is poison.
Now, if I have 2 or more rats.
1. Feed rat sample from bottles 1&2
2. Wait 10 hours. If rat is dead, poison is in either bottle 1 or 2, feed sample from bottle 1 to rat and wait another 10 hours
etc.
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Online
I will take a mixture sample from bottle 1 and 2. After 10 hr if Rat dies then poisonous bottle is either bottle 1 or bottle 2. Then I will feed milk of bottle 1 to rat. At 20 th hour completion, If it dies then poisonous is bottle 1, if it doesn't die then poisonous is bottle 2.
At 10th hour competition, if rat doesn't die then I will feed it milk of bottle 3. If it dies at completing 20 th hour, then poisonous bottle is bottle 3. If it doesn't die, then bottle 4 is poisonous.
Yes, If the rat dies at completion of 10 th hour, in that case I need another rat.
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I will take a mixture sample from bottle 1 and 2. After 10 hr if Rat dies then poisonous bottle is either bottle 1 or bottle 2. Then I will feed milk of bottle 1 to rat. At 20 th hour completion, If it dies then poisonous is bottle 1, if it doesn't die then poisonous is bottle 2.
At 10th hour competition, if rat doesn't die then I will feed it milk of bottle 3. If it dies at completing 20 th hour, then poisonous bottle is bottle 3. If it doesn't die, then bottle 4 is poisonous.
Yes, If the rat dies at completion of 10 th hour, in that case I need another rat.
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MrMousley
I worked out that you could 'overlap' the doses of milk but I had a 5 hour gap between doses.
1 hour is probably a bit too close together to be 100% sure which one poisoned the rat.
So.
Give the 1st dose to the rat and if it dies at 10 hrs it was that bottle
give the 2nd dose at 5 hrs and if it dies at 15 hrs it was that bottle.
give the 3rd dose at 10 hrs and if it dies at 20 hrs it was that bottle.
and if the rat is still alive at 20 hrs you know that 4th bottle is poisoned.
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I worked out that you could 'overlap' the doses of milk but I had a 5 hour gap between doses.
1 hour is probably a bit too close together to be 100% sure which one poisoned the rat.
So.
Give the 1st dose to the rat and if it dies at 10 hrs it was that bottle
give the 2nd dose at 5 hrs and if it dies at 15 hrs it was that bottle.
give the 3rd dose at 10 hrs and if it dies at 20 hrs it was that bottle.
and if the rat is still alive at 20 hrs you know that 4th bottle is poisoned.
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Just
This solution is most efficient with time. But if you need to ensure the maximum amount of milk remaining, you can use more time by feeding once at 0 and if the rat doesn't die at hour 10 then test second bottle, wait an hour test third bottle. That way you may only end up testing one bottle thereby having 3 full bottles to drink. Yes, this doesn't make a HUGE difference but when you're going to die if you don't drink all three clean bottles of milk, I would think test amounts would be consequential.
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This solution is most efficient with time. But if you need to ensure the maximum amount of milk remaining, you can use more time by feeding once at 0 and if the rat doesn't die at hour 10 then test second bottle, wait an hour test third bottle. That way you may only end up testing one bottle thereby having 3 full bottles to drink. Yes, this doesn't make a HUGE difference but when you're going to die if you don't drink all three clean bottles of milk, I would think test amounts would be consequential.
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Anshuman
I would rather
Within the first hr feed the 1st bottle
Within the 2nd hr feed the 2nd bottle
And so on till the 4th bottle and will note down the time so I will get 20 hrs remaining time
Now if the rat dies on the 11th hr, 1st bottle is poison, if dies on the 12th hr then 2nd bottle is poison and so on.
Like this I will get to know within the 14th hr which bottle is poisonous. So will drink the remaining 3 bottle in the remaining 10 hrs.
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I would rather
Within the first hr feed the 1st bottle
Within the 2nd hr feed the 2nd bottle
And so on till the 4th bottle and will note down the time so I will get 20 hrs remaining time
Now if the rat dies on the 11th hr, 1st bottle is poison, if dies on the 12th hr then 2nd bottle is poison and so on.
Like this I will get to know within the 14th hr which bottle is poisonous. So will drink the remaining 3 bottle in the remaining 10 hrs.
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Eskay
1) I agree, and appreciate, that the optimized solution is one where the rat has a 25% of living too!
2) That being said. rat metabolisms are different than ours. if this was IRL, I would probably leave 2 hours between each feeding, and feed it all four bottles, just in case. Still only takes 16 hours.
3) I'm so happy I (eventually) got this one, and I'm going to share it with my super-smart 6th graders to see if they can crack it too! :)
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1) I agree, and appreciate, that the optimized solution is one where the rat has a 25% of living too!
2) That being said. rat metabolisms are different than ours. if this was IRL, I would probably leave 2 hours between each feeding, and feed it all four bottles, just in case. Still only takes 16 hours.
3) I'm so happy I (eventually) got this one, and I'm going to share it with my super-smart 6th graders to see if they can crack it too! :)
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Unknown_channel
There is another way to find out thr solution
Let's mix bottle 1 and 2 and feed it to rat.
If the rat die after 10 hours we can conclude that in that there is one Poissioness milk is there.
If not, then remaining 2 contain one poision.
We we have left 14 hours to check the another trail.
First trial itself we can conclude that half of the result remaining result we can conclude after 10 hours simple.
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There is another way to find out thr solution
Let's mix bottle 1 and 2 and feed it to rat.
If the rat die after 10 hours we can conclude that in that there is one Poissioness milk is there.
If not, then remaining 2 contain one poision.
We we have left 14 hours to check the another trail.
First trial itself we can conclude that half of the result remaining result we can conclude after 10 hours simple.
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Андрій
I don-t understand why mixing different bottles of milk doesn-t feet?
For example, you mix milk from bottles #1 and #2, and give this mixture to rat. Wait for 10 hours, if rat don-t die, that means that poison isn-t in bottles #1 and #2. Then, for example, you give a milk from bottle #3. Wait 10 hours, if rat die - poison was in bottle #3, if not - you can say for sure, that the poison is in bottle #4.
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I don-t understand why mixing different bottles of milk doesn-t feet?
For example, you mix milk from bottles #1 and #2, and give this mixture to rat. Wait for 10 hours, if rat don-t die, that means that poison isn-t in bottles #1 and #2. Then, for example, you give a milk from bottle #3. Wait 10 hours, if rat die - poison was in bottle #3, if not - you can say for sure, that the poison is in bottle #4.
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Prashant
one more solution:
feed two bottles at a time, if the rat does not survive after 10hrs means any one of the bottles contains and check again for any of the bottles among the two.
if rat survive then feed any one bottle from remaining two, it it survive and one left bottle contains poison otherwise current bottle contains poison.
hence it will took 20hrs to check among all four bottles.
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one more solution:
feed two bottles at a time, if the rat does not survive after 10hrs means any one of the bottles contains and check again for any of the bottles among the two.
if rat survive then feed any one bottle from remaining two, it it survive and one left bottle contains poison otherwise current bottle contains poison.
hence it will took 20hrs to check among all four bottles.
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Daniel
To avoid the rat from being poisoned, drink 2 samples yourself 5 hours apart. Wait for another 5 hours. If you felt bad, experiment is over as the first sample is poisonous. If you dont, get 5 hours of sleep or rest then wake. Check how you feel. Repeat for the other 2 samples and you are done with 4 hours prior. Now you can eat the rat and wash down with the milk.
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To avoid the rat from being poisoned, drink 2 samples yourself 5 hours apart. Wait for another 5 hours. If you felt bad, experiment is over as the first sample is poisonous. If you dont, get 5 hours of sleep or rest then wake. Check how you feel. Repeat for the other 2 samples and you are done with 4 hours prior. Now you can eat the rat and wash down with the milk.
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Eric
I did the same solution, except with a bit more spacing (0, 5, and 10 hrs for feeding the first 3 samples. I know the problem says EXACTLY 10 hours but I'm a biochemist. and no poison is THAT exact. Spacing the samples out allows for more variability in the actual duration between dosing and death, and still gives plenty of time to identify the poisoned bottle.
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I did the same solution, except with a bit more spacing (0, 5, and 10 hrs for feeding the first 3 samples. I know the problem says EXACTLY 10 hours but I'm a biochemist. and no poison is THAT exact. Spacing the samples out allows for more variability in the actual duration between dosing and death, and still gives plenty of time to identify the poisoned bottle.
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Aliman
JUST DRING BOTTLE 1 (B1) on time start, NEXT HOUR DRINK B2 and next hour B3 then wait and see
10 hours from start if the rate died then B1 is poisoned or
11 hours from start if the rate died then B2 is poisoned )or
12 hours from start if the rate died then B3 is poisoned.
if the rate still alive then mean B4 is poisoned. so don't need 24 hours
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JUST DRING BOTTLE 1 (B1) on time start, NEXT HOUR DRINK B2 and next hour B3 then wait and see
10 hours from start if the rate died then B1 is poisoned or
11 hours from start if the rate died then B2 is poisoned )or
12 hours from start if the rate died then B3 is poisoned.
if the rate still alive then mean B4 is poisoned. so don't need 24 hours
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Paul-Stelian
My first guess: give a sample of bottle 1 at the start. Sample of bottle 2 at 30 minutes, and two more samples separating those. Use the timer to see which bottle causes the poison. The 30 minute timer can be tweaked, of course.
Edit: _Yeah_ your solution does it with 1 hour and also omits checking bottle 4.
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My first guess: give a sample of bottle 1 at the start. Sample of bottle 2 at 30 minutes, and two more samples separating those. Use the timer to see which bottle causes the poison. The 30 minute timer can be tweaked, of course.
Edit: _Yeah_ your solution does it with 1 hour and also omits checking bottle 4.
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Michael
This must be a damn punctual poison. I would test the bottles at longer intervals, maybe 2-4 hours. No poison on earth kills or shows symptoms at _exactly_ ten hours. That's why the expected time for onset of symptoms is usually expressed with a window of time, like 2-4 hours, 8-12 hours, 20- 60 minutes, etc.
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This must be a damn punctual poison. I would test the bottles at longer intervals, maybe 2-4 hours. No poison on earth kills or shows symptoms at _exactly_ ten hours. That's why the expected time for onset of symptoms is usually expressed with a window of time, like 2-4 hours, 8-12 hours, 20- 60 minutes, etc.
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Light
I came up with a different solution, feed 1 and 2 to rat, if fine on 10th hour feed just 1 of 3 or 4. If live 3 it's 4 if not it's 3. If not fine on 1 and 2, feed just one of them, by feeding say 1 and fine must be 2, vice versa. By the 20th hour you have the solution to consume the bottles before 24h
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I came up with a different solution, feed 1 and 2 to rat, if fine on 10th hour feed just 1 of 3 or 4. If live 3 it's 4 if not it's 3. If not fine on 1 and 2, feed just one of them, by feeding say 1 and fine must be 2, vice versa. By the 20th hour you have the solution to consume the bottles before 24h
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Mark
I split it up into 4 time tables. Same idea but you wouldn't know until hour 22 instead of hour 12. first bottle hour 0 second bottle hour 6 third bottle hour 12 fourth bottle hour 18 (fourth bottle is irrelevant because hour 22 will reveal if rat is dead from bottle 3 or not.
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I split it up into 4 time tables. Same idea but you wouldn't know until hour 22 instead of hour 12. first bottle hour 0 second bottle hour 6 third bottle hour 12 fourth bottle hour 18 (fourth bottle is irrelevant because hour 22 will reveal if rat is dead from bottle 3 or not.
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buzz
1: 38 another solution is, just do 2 drinks only, we mix bottle 1 and bottle 2, then give it to the mouse we wait for 10 hours, if he is not poisoned then we give bottle 3, and if he is not poisoned then the answer is bottle 4, which is poisonous. But it took 20 hours
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1: 38 another solution is, just do 2 drinks only, we mix bottle 1 and bottle 2, then give it to the mouse we wait for 10 hours, if he is not poisoned then we give bottle 3, and if he is not poisoned then the answer is bottle 4, which is poisonous. But it took 20 hours
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Mayank
i will feed the mouse with sample in 0th1st 2nd and third hour. and subsequently notice the effect if it comes after 10th hour then 1st bottle has poison if after 11 th hour symptoms arises then 2nd bottle has poison if after 12th then third and so on
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i will feed the mouse with sample in 0th1st 2nd and third hour. and subsequently notice the effect if it comes after 10th hour then 1st bottle has poison if after 11 th hour symptoms arises then 2nd bottle has poison if after 12th then third and so on
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Shanmuganathan
Take the Rat out of the equation, if thats the real poison then the milk gets contaminated after 10 hours for sure. then we have all the 3 bottles of Milk after 10 hours also why to kill the poor Rat until or otherwise its ask for a share.
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Take the Rat out of the equation, if thats the real poison then the milk gets contaminated after 10 hours for sure. then we have all the 3 bottles of Milk after 10 hours also why to kill the poor Rat until or otherwise its ask for a share.
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El
And it dies after the first non poisonous bottle due to severe lactose intolerance which we aren-t aware of, as it-s a hidden term and condition that you sign on the forms when you go for your interview- - the previous -might- not actually be true.
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And it dies after the first non poisonous bottle due to severe lactose intolerance which we aren-t aware of, as it-s a hidden term and condition that you sign on the forms when you go for your interview- - the previous -might- not actually be true.
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Tiago
If you are trapped in a room feed the rat the 4th bottle anyway to kill it. You don't wanna be trapped in a room with a living rat. Also, you will find out if the 4th bottle really is poisoned and if the 10 hours part is correct.
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If you are trapped in a room feed the rat the 4th bottle anyway to kill it. You don't wanna be trapped in a room with a living rat. Also, you will find out if the 4th bottle really is poisoned and if the 10 hours part is correct.
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TommonSensePro
0: 26 But how can I consume 3 bottles of milk if I am giving the rat samples of each? Sounds like I will die regardless whether by drinking poison or not drinking all the bottles of milk because they aren't full anymore.
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0: 26 But how can I consume 3 bottles of milk if I am giving the rat samples of each? Sounds like I will die regardless whether by drinking poison or not drinking all the bottles of milk because they aren't full anymore.
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