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' � , f • , I, . , , ., <br /> . I I . � <br />; . . " • ; , �� - {- Q Z3 , <br /> _ . 6 �,� , . <br /> . ; . _ <br /> . , ' : , ' _ i � • . � , - ' . , <br /> , -. , ; - ' , <br /> . , . , ,- <br />� � , <br /> . , <br /> � i <br /> ; <br /> � <br /> I � � <br /> e 8 ' <br /> continued � <br /> I <br /> ut a roo i ►�m• mem er� at ear t eir oa a on t e iet a roo rame mem er� t at ear t eu o� s on t • <br /> �pociHc pirder tru�a or be�m I.O. No. liated below; �pecific flirder true�'or beam I.D. No. liated below; <br /> � �' � �t10 � `► ' �21 � <br /> ( �irder Truss or B�am I.D. No. I Oirde► T�uss or B�em I.D. No. <br /> n Structural i Loada from Quantity of (Totala) n Structural Loade from nuantity of (Totals) <br /> � member M membero with Add linea 1 • member M memben with Add line• 1 <br /> X I.D. No. • A �ame I.D. No, thru 10 d� X I.D. No. � A �ame I.D. No. thru 10 b <br /> on plans aluea T beering on thie enter sum on plans aluaa T beaiing on thi• •nter •um <br /> !which a I H beam or truae on line 11 which ep I H beam or truaa on lina 11 <br /> 1 21 '�, 2 '1 x = q�} 1 �. 29 x 2 = Q <br /> 2 28 � ZI x = �g 2 Z Z I x = <br /> 3 2� '3 x = �is2 3 2 � x = 652. <br /> 4 D 2DZ x = $0$ 4 p Zp2, x = $O$ <br /> 5 1 2`� 1 � = 28 5 J 3I Z�{ x S � l Zo <br /> a : = a � x � <br /> ix - � ' x � <br /> 9 x = g x � <br /> 9 x = 9 ' x — <br /> 10 x — 10 , x — <br /> 11 i Sub-Total i �O 11 I Sub-Totel —► 7�'3 <br /> 1 2 � Divide Line 11 b 2 = �Z 3 1 2 Divide Line 1 1 b 2 = $ �„ <br /> If thia Girder Truss or Beam has any etructural members If this Girder Truss'or Beam hae any structural members <br /> directly edjacant and parallel to it,•calculate the square directly adjacent an�d parallel to it, calculate the square' <br /> (ootage of the area between these members from footage of the arealbetween these membera from � <br /> i ; <br /> 19 bearirt point to bearin point and enter HERE 5'(7 13 bearin oint to bearin <br /> point and enter HERE <br /> 14 Divide Line 13 6 4 = � 14 Divide Line 13 by 4 �= O.(�(rs" <br /> 15 Multipl Line 14 by Value � �/� = 21�{'. 15 IVlultiplv Line 14 by Velua '� �/ � — ^a� <br /> 18 Add Line 12 end Lina 15 = V�4 —� Z.S�7 18 ,4'dd�Line 1 2 end Line 15 = V �4 —� �O$ � <br /> ist a roo rame mem ers t at ear t eir oa s on t e � i5t 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 truss or beam I.D. No. listed below; <br /> i � ;Girder Truss or Beam I.D. No. B 2� � � Girder Truss or eeam I.D. No. B Z <br /> � Structural Loads from Quantity of (Totals) � Structural Loads,from Quantity of (Totalsl. <br /> � member V5 V 10 M members with Add lines 1 � member V S I�0 nn members with Add lines 1 <br /> I.D. No. V 13 A 'same I.D. No. thru 10 & I.D. No. 3I A same t.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 �Nhich aoply H beam or truss on line 11 <br /> � 82S 3'fo x = l D2o � Z"7 ZR"1 x I = Z�t <br /> 2 g 2� l��o x I = l�`fo z 28 !Z I x 3 = 363 <br /> 3 x = 3 .1 Z.`� �0 3 X 3 = � <br /> 4 x = 4 ,,� 30 ZOZ x � = pG <br /> 5 x = 5 ., 3 � z�F 1 x 3 = 7z3 <br /> 6 x = 6 � I �q'? x � = 2 7 <br /> � x ' _ � � f b3 x I = t63 <br /> 8 x = s �J 3 S 202 x I = 2.v2 <br /> 9 x = 9 � x - <br /> 10 i x = 10 x - <br /> 1 1 , Sub-Total � 2�1�00 1 1 Sub-Total � 3�`�'D <br /> �2 I Divide Line 11 b 2 = (3$O 12 Divide Line 11 b 2 = �57� <br /> If this Giriier Truss or Beam has any structural members If this Girder Truss or Beam has any structural members <br /> directly adjacent and parallel to it, calculate the square , directly adjacent and parallel to it, calculate the square <br />'i footage of the area between these members from footage of the area between these members from <br /> 13 bearin oint to bearin oint and enter HERE 13 bearin oint to hearinq ooint and enter HERE 3y.66 <br /> 14 Divide Line 13 b 4 = 14 Divide Line 13 b 4 = .(�(r <br /> 15 Multi 1 Line 14 b Value �V I = 15 Multi I Line 14 b� Value � V I = �'10 <br /> 16 Add Line 12 and Line 15 = V �'4 �� �3$a 16 Add Line 12 and Line 15 = V 14 —� (��}O <br /> Any girder truss or beam bearing point that has a continuous vertical load path to the foundation 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 po�int load. <br /> E All girder trusses and beams which do NOT have other girder tr�sses or beams bearing their load upon them must now � <br />, be list2d with their load values in Step Nc�. 8D under the V�lue Column <br />