23 Oct '06 05:19>
Four bugs sit on the corners of a square of side one meter.
I posted this originally as a continuation of the "fly and the cysclists". Maybe someone else besides gastel can have a go at it - the former is slightly preoccupied with his last few marriages. Whilst I hae a lot of sympathy for his position, seems to me his mind is not on the job - in a mkanner of speakeing, that is.
Here goes:
Four bugs (flies, dogs, you name it) are situated on the four corners of a square of side length one meter.
The bugs are alternating male and female, i.e. if the corners of the square are clockwisw A,B,C & D, then A and C are male, B and D are female.
Each bug now starts to stalk the bug directly in front of it. As they do so, deviating neither to the right nor the left, they each describe a spiral that meets in the centre of the square.
I leave it to your imagination what happens at this spot. The question is, however, what is the length of the spiral that the bugs travelled?
I posted this originally as a continuation of the "fly and the cysclists". Maybe someone else besides gastel can have a go at it - the former is slightly preoccupied with his last few marriages. Whilst I hae a lot of sympathy for his position, seems to me his mind is not on the job - in a mkanner of speakeing, that is.
Here goes:
Four bugs (flies, dogs, you name it) are situated on the four corners of a square of side length one meter.
The bugs are alternating male and female, i.e. if the corners of the square are clockwisw A,B,C & D, then A and C are male, B and D are female.
Each bug now starts to stalk the bug directly in front of it. As they do so, deviating neither to the right nor the left, they each describe a spiral that meets in the centre of the square.
I leave it to your imagination what happens at this spot. The question is, however, what is the length of the spiral that the bugs travelled?