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, , � , . , <br /> . , �, • � , <br /> . .. . , ' ' • . ' "i; . <br /> - � , ' � - �� ; <br /> • , � , i � <br /> � � <br /> 1 � <br /> i <br /> i <br /> I <br /> e s � ' <br /> tontinued , � <br /> ut a roo rom� mem ar� t at ear t eir oa a on t e iet s roo rame�mem ore t at ear t eir oa • on t • <br /> �paciflc pirder trusa or beam I.O. No, liatad below; specific girder true� or boem I.D. No, liated below; <br /> I Oirdar Truss or Beem I.D. No. ��� 1 • airdor Truss o� B�am I.D..No. ��� ' <br /> n Structurol Loada from nuentity of (Total9) � Structural Loada trom. nuentity of (Tot�l�) <br /> • r membe�r , � M membera with Add linea �1 • member � � M membera with' ..,,� �Add:lfne� 1 <br /> X I.D. No. A same I.D. No, thru 10 & X 1.0. No. A seme I.D. No. thru 10 & <br /> on plans aluea T beerina on thi� enter sum on plana aluea T bearing on thit enter sum <br /> which e I H beam or truas on line 11 which�ap I H beam or truaa on line i l <br /> � 87 x = 37 � J38 = = 283 <br /> 2 � 12/ _ '-E = 2 2'l 297 x I = '7 <br /> 3 �b 3 x = aSq 3 J28_ zi� x '.3 = <br /> 4 x = 4 2� x � � <br /> 5 x = 5 J 0 Z x ?j = 0 <br /> e x = e 3"1 l S6 x 1 = 1 Sb <br /> 7 x = 7 3 ip �Cl'�D x � �o <br /> e x = e � 3z x = o <br /> s x = s ' x - <br /> �o x �o � x - <br /> 11 Sub-Total � 11 Sub-Totel —� Q <br /> 12 Divide Line 11 b 2 = � 12 Di;vide Line 11 b 2 = � $ <br /> If this Girder Truss or Beam has any structural members If this Girder Truss or Beam hae any structural membera <br /> directly adjacant and parallel to it;calculate the square � directly adjacent and parallel to it, calculate the 9quare <br /> (ootage of the area batwaen these mambers from (ootage of the are�a between these members from , <br /> 13 bearin point to bearin poi�t and enter HERE , 7 3 bearin point to bearin <br /> 7 point and enter HERE 3 �(i(o <br /> 14 Divide Line 13 b 4 = ' .3 14 Divide Line 13 by 4� _ �(�(� <br /> 15 Multipl Line 14 hy Velue � V� _ $S 15 Multiplv Line 14 bylVelue � �/ � — ��O <br /> 18 Add Line 12 end Line 15 = V�4 —� �� 18 Add Line 12 and Lina 15 � �/ �4 —� ���g <br /> ist a roo ra(�i—me mem ers t at ear t eir oa s on t e , ist a roo rame mem ers t at ear t eir oa s on t e� <br /> specific girder truss or beam I.D. No. listed below; �specific girder tru'ss or beam I.D. No. tisted below; <br /> L : L <br /> � Girder Truss or Beam I.D. No. � � Girder,Truss or Beam I.D. No. <br /> � Structural Loads from Quantity of (Totals) n Structural Loads from Quantity of (Totals) <br /> � member V 5 V 10 M� members with Add lines 1 � member V 5�0_ nn members with Add lines 1 <br /> I.D. No. V 13 A same I.D. No. thru 10 & I.D. No. 3� A same I.D. No. thru 10 & <br /> on plans Values T bearing on this enter sum on plans Values T bearing on this enter sum <br /> which aooly H beam or truss on line 1 1 vvhich;aoalv H beam or truss on line 1 1 <br /> 1 � x = 1 � x = <br /> 2 , x = 2 � x – <br /> 3 x = 3 � x = <br /> 4 x = 4 I x = <br /> 5 x = 5 �� x – <br /> 6 x = 6 x = <br /> 7 x = 7 x = <br /> S x = 8 x = <br /> 9 x = 9 x – <br /> 10 x = 10 x – <br /> 11 Sub-Total ► 11 ; Sub-Total � <br /> 12 Divide Line 11 b 2 = 1 2 Di�vide Line 11 b 2 = <br /> If this Gi+der Truss or Beam has any structural members If this Girder Truss or Beam has any structural members <br /> directly adjacent and parallel to it, calculate the square , directly adjacent �and parallel to it, calculate the square <br /> footage of the area between these members from footage of the area between these members from <br /> 13 bearin �oint to bearin oint and enter HERE 13 bearin oint to bearin4 ooint and enter HERE <br /> 14 Divide Line 13 b 4 = 14 Divide Line 13 b 4 = <br /> 15 Multi I Line 14 b Value �V I = 15 Multi I Line 14 b Value � V I = <br /> 16 Add Une 12 and Line 15 = V 14 "� 16 Add Line 12 and Line 15 = V 14 -� <br /> Any girder truss or beam bearing point that has a continuous vertical load path to the fouridation is a primary bearing , <br /> N point load. Any girder truss or beam bearing point that bears its load upon another girder truss or beam is a contributory� <br /> 0 <br /> T bearing point load. <br /> E Ail girder trusses and beams which do NOT have other g�rder trusses or be�ms be�nng the�r load upon them must now � <br /> be lis[2d with their load values m Step N�� QD unifar thc: V•ilur; Column. <br />