The first thing i did when I could find a hole was stick the broken piece back under the sink and held it there, trying to find all possible position, from the ground and had no luck. Someone had mentioned a Branch Arm connection.... I did look left, right and up but did not put much effort into the search because I thought that was not possible... I will look a little harder... Also I am not sure if this helps but behind this bathroom, or behind where the break happened, there is another bathroom in a separate room. In that bathroom there is a stand up shower that shares the same wall as the sink in question. I see numerous water supply pipes.... but no drain pipes... Thanks for the follow Ups so Far.. I posted on other sites and people are less than happy to help most thought this was a joke...

The Georgia Plumbing code is modeled after the UPC (Uniform Plumbing code). Let us begin our discussion by examining your options under the UPC. Pipe Approved by the UPC for domestic potable water "Supply Lines" (Note- Supply lines are defined as the line from the municipal water main or well to the structure). List of approved materials: 1.ASBESTOS CEMENT PIPE-commonly used for municipal water mains but rarely seen in a residential supply. 2.BRASS PIPE- Extremely expensive and labor intensive because it requires cutting and threading in the same manner as iron pipe. Expected service life is 150+yrs. (In my entire career in the plumbing trade I never encountered a brass service line). 3.COPPER PIPE Type K & L (no type L) Both "Hard drawn copper" (rigid 10' or 20' lengths) and "Annealed copper pipe" continuous roll pipe available in 60' & 100' rolls. Annealed copper continuous roll pipe is the preferred material for supply lines because it can be bent to conform to slight changes in direction or elevation and it minimizes the number of joints below grade. Expected service life 60+ yrs. Disadvantage is the high cost of the material. 4. CPVC-both pipe and tubing. CPVC pipe is made to conform to the sched.40 IPS (iron pipe standard). It has the same overall dimension and pipe wall thickness as sched.40 PVC & Iron pipe. Generally only available through a commercial plumbing supply house by special order. This pipe is generally not sold to the public because the pipe dimension is the same as sched.40 PVC and there is a great risk that untrained installers might co-mingle CPVC pipe with PVC fittings. (code prohibits gluing dissimilar plastic pipes and fittings. The CPVC commonly found in the home supply stores is CPVC-CTS (CTS=Copper Tube Standard). While CPVC-CTS is approved for supply piping, in my humble opinion the tubing wall is too thin to hold up to the rigors of direct burial, and being a rigid material it would require numerous joints. Failed joints are the leading cause of problems with a supply line. 5.GALVANIZED IRON PIPE- Expensive, labor intensive to install, highly succeptable to mineral buildup and internal corrosion. Generally not considered a good choice today. 6. PE PIPE (Polyethelene Plastic tubing). Available in 50', 100' & 250' rolls. Uses standard "Bsrb" fittings which are pushed into the pipe and held in place by stainless steel clamps. Advantages: a.Very inexpensive. b. No buried joints. c.Flexible so it will easily conform to an imperfect trench or change in direction or elevation. d.Proven service life 65+ yrs. e.Requires no tools other than a pvc snap cutter or common utility knife to cut the pipe and a common flat tip screwdriver to tighten the clamps. 7.PEX (Cross linked Polyethelene pipe). PEX is a relatively new material in the plumbing industry. It has all the advantages of the PE pipe with the exception that it requires special tools to make the joints and it may not be code approved by your local jurisdiction. NOTE: both PE & PEX pipe can be installed with a minimal invasion of your landscaping by means of a ditch-witch type trenching machine using a 4" or 6" wide cutter bar. Some trenching machines even have a special pipe rack that will hold a roll of PE or PEX and a dispensing system on the cutter bar so that the pipe is laid during the trenching operation. This method only requires digging a small hole at each end of the run to make the final connection or feed the pipe through a footer wall. 8. PVC pipe-available in 20' rigid lengths. Requires couplings to join additional lengths and fittings to make changes in direction or elevation. Advantages: a.PVC is relatively inexpensive b.pvc is impervious to scaling or mineral fouling. Disadvantage; a.Requires numerous joints which are the leading cause of direct burial pipe failure. b. requires good straight line trenches. In my professional opinion my choices in order would be; 1.PE pipe 2.PEX pipe 3.PVC pipe

Metal water piping needs to be bonded. Other metal piping likely to become energized needs to be bonded. It matters NOT even if it never leaves the building. The bonding guards against the piping becoming energized. A metal underground water service pipe may be part of the grounding electrode system but that is a distinct requirement from the bonding one. The bonding conductor can be insulated and is sized based not so much on the service size but the size of the service conductors. A 200A service fed by 2/O copper service conductors would require #4 copper bonding.

Is it stil permitted to run a wire from a water pipe to ungrounded two-prong outlet? You can't run the ground wire to just ANY water pipe. You CAN run it to the main water pipe within 5' of where it enters the building -- IF that portion of the pipe serves as the grounding electrode for your service. [250.130(C)(1)] Per 250.130(C) you can run it to either: (1) Any accessible point on the grounding electrode system as described in 250.50 (2) Any accessible point on the grounding electrode conductor (3) The equipment grounding terminal bar within the enclosure where the branch circuit for the receptacle [...] originates (4) For grounded systems, the grounded service conductor within the service equipment enclosure Single ground wires run for the purpose of replacing ungrounded receptacles with grounded receptacles do not have to be run with the other circuit conductors.