referring now to fig2 , 2 a , and 2 b , a first embodiment of the invention is illustrated with a conventional angle bracket fastener 100 . the angle bracket 100 has a first flange 102 and a second substantially orthogonal flange 104 . the first flange 102 has a first hole 106 for receiving a fastener such as the nail 108 . as illustrated , the nail 108 is premounted in the hole 106 and is provided with a collar 109 which facilitates aiming and firing the nail with a gun ( not shown ). the flange 104 is provided with a hole 110 for receiving a wire . the wire 112 according to the invention has a first end 114 and a second end 116 . though illustrated as a short wire , the wire 112 is typically six feet or longer . the wire 112 is preferably provided with a loop 118 so the end 114 comes adjacent to an earlier portion of the wire . according to the invention , a crimpable collar 120 is provided . the collar 120 is substantially cylindrical and is preferably a slotted cylinder as shown in fig2 a and 2 b . according to a method of the invention , after the loop 118 is formed and the end 114 is passed through the hole 110 in the flange 104 , the collar 120 is slipped over the end 114 and the adjacent portion of the wire 112 and is then crimped . according to the first embodiment of the invention , the wire 112 is pre - formed with the loop 118 . the loop is passed through the hole 110 on - site and the collar is also applied and crimped on - site . however , the wire with the collar could be attached to the bracket at the factory if desired . fig3 shows a slightly different version of the first embodiment . here the wire 212 has slightly different shaped loop 218 . from the foregoing described fig2 and 3 , those skilled in the art will appreciate that the loop at the end of the wire need not be preformed . according to an alternate method of the invention , an on - site worker is provided with brackets , wires , collars , and a crimping tool . the on - site worker threads and loops a wire onto a bracket , slips the collar over the wire and crimps the collar to achieve a configuration similar to that shown in fig2 and / or 3 . fig4 , 4 a and 5 illustrate a second embodiment of a wire with a collar for use with a prior art angle bracket 100 . the wire 312 has a first end 314 and a second 316 . a loop 318 is formed near the end 314 and a substantially “ g - shaped ” collar is attached to the wire before the loop 318 . the collar has a closed portion 320 a which is crimped to the wire 312 and a substantially “ j - shaped ” open portion 320 b which extends outward . as shown in fig4 and 5 , the end 314 is provided with a substantially 180 ° bend 319 . as shown in fig5 , a portion of the wire before the bend 319 is captured by the open portion 320 b in a manner similar to that of a safety pin . thus , it will be appreciated that the bend 319 is optional . according to this embodiment , the bend 318 and optionally 319 are formed in the factory where the collar 320 is crimped to the wire . the on - site worker can then insert the end 314 through the hole 110 in the clip 100 and fasten the wire by engaging the end in the open portion 320 b of the collar 320 . fig6 and 6 a illustrate an embodiment similar to that shown in fig4 and 5 but where the collar is formed by a twisted wire . as shown in fig6 , the wire 412 has a first end 414 , a second end 416 and two bends 418 and 419 similar to the wire 312 . here the area of the wore adjacent the bend 319 is secured to an area before the bend 318 by a twisted wire 420 . the wire 420 is preferably applied with a twisting device ( not shown ). fig7 and 8 illustrate a two part wire assembly which can be adjusted lengthwise on - site without cutting wire . as shown in fig7 , a bracket 500 of the type disclosed in my second parent application includes two parallel flange 502 , 504 with a bowl - like hole 510 in the second flange 504 . a first wire 512 has a first end 514 , a second end 516 and a loop 518 formed near the first end 514 . the loop 518 prevents the wire from passing completely through the hole 510 . a second similar wire 522 is provided having a first end 524 , a second end 526 , and a loop 528 near the second end 526 . the loop 528 is used to engage a hole in a hanging structure 530 such as a frame for an acoustic tile ceiling or the like . according to this embodiment of the invention , the first wire 512 and the second wire 522 are coupled to each other by a crimpable collar 520 . as shown in fig7 and 8 , the collar 520 is a sheet of metal which has been lanced in several places to provide two openings for receiving the wires . this type of lancing is shown and described in my first parent application , previously incorporated hereinabove . those skilled in the art will appreciate that it will be advantageous to lance in one direction for one wire and in the other direction for the other wire so that the wires pass on opposite sides of the metal sheet . when the two wires are inserted into the collar 520 , they can be moved longitudinally so as to adjust the overall length of the two wire and collar assembly . according to a method of the invention , the collar 520 is crimped to the upper wire 512 and the lower wire 522 is moved through the collar . when the overall length of the wire assembly is decided , the lower wire 522 can be bent slightly as shown in fig8 to maintain its position temporarily while the collar 520 is crimped to it . fig9 illustrates an angle bracket 600 having a tongue 611 . the angle bracket 600 is similar to those described in my second parent application , having an upper flange 602 and a substantially parallel lower flange 604 . the lower flange 604 is provided with a bowl - like hole 610 which receives and captures the upper loop of a wire 512 . according to this embodiment , a portion of the bracket 600 ( above the lower flange ) is lanced to create a tongue 611 which can be bent down on top of the loop in wire 512 to prevent the wire from escaping the bracket . those skilled in the art will appreciate that the tongued bracket can be used with several of the different wire embodiments disclosed in my second parent application . fig1 - 12 illustrate wires of the type discussed in my second parent application but where the deformation at the upper end of the wire is relatively small and thus requires the use of a bracket with a wire hole not too much larger than the diameter of the wire . fig1 illustrates a wire 712 in conjunction with a bracket 700 having two parallel flanges 702 , 704 similar to those described in my second parent application . the bracket 700 has a wire - receiving hole 710 in the second flange 704 . the diameter of the whole 710 is preferably only large enough to allow the wire 712 to pass through without difficulty . the wire 712 has a first end 714 and a second end 716 . the first end 714 is provided with a deformation 718 , in this case a z - bend , which allows the first end of the wire to be passed carefully through the hole 710 but which prevents the wire from passing back out when the bracket 700 and wire 712 are in hanging relationship as shown in fig1 . fig1 illustrates a wire 812 in conjunction with a bracket 800 which is similar to a prior art bracket . the bracket 800 has a wire - receiving hole 810 with a diameter preferably only large enough to allow the wire 812 to pass through without difficulty . the wire 812 has a first end 814 and a second end 816 . the first end 814 is provided with a deformation 818 , in this case a z - bend , which allows the first end of the wire to be passed carefully through the hole 810 but which prevents the wire from passing back out when the bracket 800 and wire 812 are in hanging relationship as shown in fig1 . fig1 illustrates a wire 912 in conjunction with a bracket 800 which is similar to a prior art bracket . the bracket 800 has a wire - receiving hole 810 with a diameter preferably only large enough to allow the wire 812 to pass through without difficulty . the wire 912 has a first end 914 and a second end 916 . the first end 914 is provided with a deformation 918 , in this case a u - bend , which allows the first end of the wire to be passed carefully through the hole 810 but which prevents the wire from passing back out when the bracket 800 and wire 912 are in hanging relationship as shown in fig1 . fig1 and 14 illustrate a wire 1012 which may be used with any conventional bracket 100 . the wire 1012 has a first end 1014 and a second end 1016 . the first end of the wire is provided with two bends 1018 and 1019 . the bends are configured so that the wore may be passed through the hole 110 in a conventional bracket 100 and then hooked onto itself as illustrated in fig1 . fig1 and 16 illustrate the wore 812 with a modified prior art bracket 101 . the only modification to the bracket is the diameter of the hole 111 which is made closer to the diameter of the wire 812 . turning now to fig1 and 18 , an angle bracket 1100 according to the invention has a first end 1104 and a second end 1104 , a hole for receiving a nail 16 and a hole 1108 for receiving wire 812 . the nail receiving hole 1106 is provided with a funnel - like structure 1110 which will fill in the cavity 21 normally formed in cement 20 by the nail 16 . fig1 illustrates a bracket 1200 having a first end 1202 , a second end 1204 , a nail receiving hole 1206 and a funnel - like structure 1210 substantially the same as the funnel - like structure 1110 described above . the end 1204 of this bracket is designed to hold a conduit or cable ( not shown ). fig2 and 21 illustrate a bracket 1300 and wire 1400 which are designed to engage each other in a secure manner so that little or no movement of the wire relative to the bracket is permitted . the bracket 1300 has first and second ends 1302 , 1304 , a wire receiving hole 1310 and a wire engaging tongue 1311 . the wire 1400 has a loop 1402 at one end . the loop 1402 is dimensioned to be engaged by the tongue 1311 as shown in fig2 . the wire 1400 is also provided with a z - bend 1404 adjacent to the loop so that the wire may pass through the hole 1310 in the bracket 1300 as shown in fig2 . fig2 shows a bracket 1500 designed for use with a wire 1600 having a hooked end 1602 . as shown in fig2 , the hooked end 1602 is formed by three ninety degree bends in the wire . the bracket 1500 has a first end 1502 , a second end 1504 , and is provided with two holes 1506 , 1508 adjacent to the second end 1504 . according to one embodiment , shown in fig2 , the bottom hole 1506 is shaped like an inverted t and the top hole is a vertical slot . those skilled in the art will appreciate that the holes and the wire are advantageously dimensioned such that it is possible to position the wire horizontally to pass through the lower horizontal par of the hole 1506 . the holes and the wire are also advantageously dimensioned such that when the wire and bracket are assembled as shown in fig2 , the lower horizontal par of the hook 1602 is engaged in the vertical portion of the inverted t slot 1506 . this arrangement restricts movement of the wire relative to the bracket . according to a second embodiment , shown in fig2 , the bottom hole 1506 ′ is a horizontal slot and the upper hole 1508 ′ is substantially semi - circular . those skilled in the art will appreciate that the wire can be hooked into the bracket following the same steps as the first embodiment . it will further be appreciated that the dimensions of the hole 1508 ′ may be chosen to allow rotation of the wire and the length of the slot 1506 ′ may be chosen to set the limits of rotational movement of the wire . alternatively , by providing the wire with a substantially semi - circular cross section and properly dimensioning the hole 1508 ′, rotational movement of the wire relative to the bracket can be minimized or eliminated . fig2 - 27 illustrate a bracket and wire combination which are easy to assemble and which limits movement of the wire relative to the bracket when assembled . the bracket 1600 has a straight flange 1602 coupled to a u - shaped flange 1604 . the flange 1602 has a nail receiving hole 1606 and a slot 1610 which extends into the u - shaped flange 1604 . as seen best in fig2 , the slot 1610 is t - shaped with the head of the t lying in the bottom of the u - shaped flange 1604 . the wire 1700 has a t - shaped head 1702 which is dimensioned to fit through the slot 1610 and be rotated into the position shown in fig2 . as seen best in fig2 , the head 1702 of the wire 1700 is formed by six ninety degree bends in the wire resulting in the wire doubling against itself below the head . this double width fits into the head of the t - shaped slot 1610 when the wire is rotated into the position shown in fig2 . from the foregoing , those skilled in the art will appreciate that the wire and bracket are assembled by rotating the wire to the position shown in fig2 and inserting it through the slot 1610 until the double width below the head 1702 clears the slot , rotating the wire ninety degrees and lowering it to the position shown in fig2 . there have been described and illustrated herein several embodiments of methods and apparatus for suspending fixtures . while particular embodiments of the invention have been described , it is not intended that the invention be limited thereto , as it is intended that the invention be as broad in scope as the art will allow and that the specification be read likewise . it will therefore be appreciated by those skilled in the art that yet other modifications could be made to the provided invention without deviating from its spirit and scope as so claimed .