TimeSpaceLightForce

You have no way of knowing since this is a new location for you opps..i mean the minimum, but since you are asking for maximum..many miles should be the answer. Okey i will get it.. What's the maximum distance you might walk on your path . The shortest path that guarantee reaching the road has minimum and maximum. Maximum ..without walking back. As I understand the question : What is the shortest or minimum possible distance to ensure reaching the road? Since the road is possible to be circular that maximum is also minimum. To make it maximum we take the road to be a none straight end of the road. So even it is a straight one if it is the " end of the road" (non tangential) the answer is still 1+2pi..

You have no way of knowing since this is a new location for you opps..i mean the minimum, but since you are asking for maximum..many miles should be the answer.

You have no way of knowing since this is a new location for you

Welcome ,have fun!

I was considering Kevink2's number 285714 from BMAD's 50% Increase problem to render 571428 , but hoping for much smaller number . Yet the 6 digits shows up again...."125874...can be shuffled to be 251748" matched with code. What other properties these 6digit combo has? Thanks for convincing solve Pickett..

Search for the smallest positive integer that if you shuffle its digits its new value becomes double.