Is it true that walls have only one weakness?
601188
You are right, walls are powerless to graffiti!  Makes you wonder why we have so many walls...
883505
1 only 1 that is all with parts
449563
only you can answer that one.\n\nDepends on your weaknesses and strengths.
751424
Thinking about this intuitively, if the cost for all 4 walls was the same, what design would give you the smallest perimeter of a rectangle where the product of the sides is 14,400?  That would be a square.  Now, you can see that because that one wall has a greater cost, you want to make that wall's length less (which means making the corresponding back wall less, and the sides grow longer).  But at some point we lose so much efficiency (because the side walls get SO much longer that the total price goes up, that we start paying more. We need to figure out at what point the cost of the front + back walls equals the cost of the side walls. \n\nLet's develop a couple of formulas.\n\nlet c = the cost/linear foot, x = length of one wall (we will arbitrarily assume that x and it's partner x' will contain the glass), y = length of an adjacent wall.\n\nThen total cost = c*x + 1.88*c*x +2*c*y or simply 2.88*c*x + 2*c*y\n\nThe total square footage of 14400 is equal to x * y:  x * y = 14400\n\nSince we already observed that the greatest economy is found when the cost of the front and back walls (2.88*c*x) is equal to the cost of the side walls (2*c*y) we can solve this equation:\n\n2.88*c*x = 2*c*y; or 1.44*x = y\n\nsubstitute for y in: x * y = 14400 yields:\n\nx * 1.44*x = 14400, which simplifies as:\n\n1.44*(x^2) = 14400, which when solved yields:\n\nx = 100 feet\n\nThis implies that y = 144 feet.
728166
This is because of their unique dome shape which draws the center of mass to its center axis and prevents it from breaking. Hence, a much larger force is required to break it then u expect. This dome shape is so powerful that if properly designed it can become unbreakable no matter how much load u put on them. This thing can see some old forts that have a dome on their ceiling which adds to their strength. Even now the modern structures which are being built today have dome shape as it provides strength to them and also contributes in prevention from earthquake.
581283
No, there is no dead end or barrier or wall or anything, just like there is no edge to the Earth, no cliff or place you could fall off of.
350736
only one to my knowledge but lots of them afraid to come out.
83333
None, just one foot, if it is the proper size.
727957
Sure...\n\nRWRWRWRWRW\nWRWRWRWRWR\nRWRWRWRWRW\n\nHowever, it requires you to stack the opposite color bricks on top of each other like a checkerboard, and *not* to stagger the bricks.  This wouldn't be your typical brick wall and wouldn't be very strong.\n\nIf it requires staggering, you can see that if you put two different color bricks down next to each other, there is no way to stagger a brick between the two unless you add a 3rd color.
1174351
Not really. The body can function quite well with just one. However, since they only have one left they have to be very careful not to damage it in any way.
351301
Since the question is in wordplay section, the answer is \n"0 days".\n\n The wall is already built. :)
663566
every one is different everyone has a different weakness
1074916
There's only one way to find out!
108949
Listen up, sweetheart. I may not be female but I can clear any wall that's 24 inches or less. I'm Winston the Ferret and I'm smarter than most people. I simply push the objects around until I build a platform, climb on top and with one push of my mighty legs, I'm clear of Ferret House. Yeah, now try and catch me!!!
1112857
I have my bed against the wall and I the only way I can sleep is against the wall, unless my boyfriend is in bed with me. I think I have security issues. lol.
1025893
well there's only 1 way to find out. be safe
795624
There are several possible interpretations to this. Mine is that the biggest threat is the 1 that doesn't seem to be a threat at all.