What time is it?
Posted: Sun Sep 11, 2022 4:02 pm

This clock has an hour hand, a minute hand and a second hand, but its rotated out of position.
What time is it?
There is one right answer.
If it's rotated out of position how could we possibly know what time it is? We don't know how far it has been rotated and which way.Bluespruce1964 wrote: ↑Sun Sep 11, 2022 4:02 pm
This clock has an hour hand, a minute hand and a second hand, but its rotated out of position.
What time is it?
There is one right answer.
Second hand pointing to 12Reservoir Dog wrote: ↑Mon Sep 12, 2022 2:14 amIf it's rotated out of position how could we possibly know what time it is? We don't know how far it has been rotated and which way.Bluespruce1964 wrote: ↑Sun Sep 11, 2022 4:02 pm
This clock has an hour hand, a minute hand and a second hand, but its rotated out of position.
What time is it?
There is one right answer.
How do you know that?CentralTexasCrude wrote: ↑Mon Sep 12, 2022 2:24 amSecond hand pointing to 12Reservoir Dog wrote: ↑Mon Sep 12, 2022 2:14 amIf it's rotated out of position how could we possibly know what time it is? We don't know how far it has been rotated and which way.Bluespruce1964 wrote: ↑Sun Sep 11, 2022 4:02 pm
This clock has an hour hand, a minute hand and a second hand, but its rotated out of position.
What time is it?
There is one right answer.
That makes sense.Animal wrote: ↑Mon Sep 12, 2022 2:42 pm Okay, finally some time to think about this. I am assuming that the exact location of the arrows is critical. I am going to name the three arms so this is simpler.
NW, E, and SW.
The arrow seems to be pointing precisely at NW. So, if that is the hour hand, then its exactly that hour, which couldn't be possible based on the location of the other two. If, it was exactly that hour, then the minute hand would be exactly at 12. And if the minute hand is exactly at 12, then so would the second hand.
The arrow seems to be pointing at about 0.42 mark of a 0.5 mark gap, which would mean 10 out of 12. So that hand almost has to be the hour hand. And since the other two hands are pointing exactly at tick marks, then one can be the minute and one can be the second hand.
The arrow seems to be pointing precisely at SW. So, if that is the hour hand, then its exactly that hour, which couldn't be possible based on the location of the other two. If, it was exactly that hour, then the minute hand would be exactly at 12. And if the minute hand is exactly at 12, then so would the second hand.
So, up to this point, the hour hand MUST be the E hand. And since it is pointing at .42 of the distance between the hours, then that means the minute hand would be pointing at 50 minutes. (or 10 out of 12 or 0.42 out of 5). So, either the NW hand is at 10 or the SW hand is at 10.
Since the minute hand is exactly pointing to the tick mark, that means the second hand would have to be at zero. So, which configuration of NW and SW would put one of those hands at 10 and one of them at 12. Obviously, it would have to mean that SW is at 10 and NW is at 12 (since they are two large ticks away from each other). Now, if NW is pointing to 12. Then that would mean that E is between the 4 and almost to the 5.
So, the time is 4:50:00.
exactly yes, did you watch the youtube video I posted previously that has the answer?Animal wrote: ↑Mon Sep 12, 2022 2:42 pm Okay, finally some time to think about this. I am assuming that the exact location of the arrows is critical. I am going to name the three arms so this is simpler.
NW, E, and SW.
The arrow seems to be pointing precisely at NW. So, if that is the hour hand, then its exactly that hour, which couldn't be possible based on the location of the other two. If, it was exactly that hour, then the minute hand would be exactly at 12. And if the minute hand is exactly at 12, then so would the second hand.
The arrow seems to be pointing at about 0.42 mark of a 0.5 mark gap, which would mean 10 out of 12. So that hand almost has to be the hour hand. And since the other two hands are pointing exactly at tick marks, then one can be the minute and one can be the second hand.
The arrow seems to be pointing precisely at SW. So, if that is the hour hand, then its exactly that hour, which couldn't be possible based on the location of the other two. If, it was exactly that hour, then the minute hand would be exactly at 12. And if the minute hand is exactly at 12, then so would the second hand.
So, up to this point, the hour hand MUST be the E hand. And since it is pointing at .42 of the distance between the hours, then that means the minute hand would be pointing at 50 minutes. (or 10 out of 12 or 0.42 out of 5). So, either the NW hand is at 10 or the SW hand is at 10.
Since the minute hand is exactly pointing to the tick mark, that means the second hand would have to be at zero. So, which configuration of NW and SW would put one of those hands at 10 and one of them at 12. Obviously, it would have to mean that SW is at 10 and NW is at 12 (since they are two large ticks away from each other). Now, if NW is pointing to 12. Then that would mean that E is between the 4 and almost to the 5.
So, the time is 4:50:00.