For the given data shown. the value :of Ay1 is 200 mm 30 mm A1 Neutral Axis (NAI 230 mm A2 Reference Line - 40 mm Area value (mm') Distance from the A' v (mm) Area No. center of area to the reference line (mm) y Rectangle A1 Al Ay Rectangle A2 A2 v2 Ay2 EA Ay 1,058,000 mm^3 O 2,528,000 mm^3 O 1,470,000 mm^3 O For the given data shown. the value *:of summation A is For the given data shown. the value * :of summation EAy is 200 mm 200 mm 30 m A1 A1 30 mm Neutral Ais (NAI 230 mm Neutral Axis (N A) 230 mm A2 Reteeence Line A2 Reference Line 40 mm Area No. Area value (mm Distance frem the A v(mm) 40 mm center of area to the reference line (mm) y Rectangle Al Ay Area No. Area value (mm' Distance from the A'y (mm) AI vi center of area to the Rectangle A A2 Av2 reference line (mm)y Kectangle A1 A1 Ay ΣΑ E Ay Rectangle A2 A2 Ay2 EA EAy 15,200 mm^2 O 6,000 mm^2 O 1,058,000 mm^3 O O خيار 4 2,528,000 mm^3 O 9,200 mm^2 O 1,470,000 mm^3 O
For the given data shown. the value :of Ay1 is 200 mm 30 mm A1 Neutral Axis (NAI 230 mm A2 Reference Line - 40 mm Area value (mm') Distance from the A' v (mm) Area No. center of area to the reference line (mm) y Rectangle A1 Al Ay Rectangle A2 A2 v2 Ay2 EA Ay 1,058,000 mm^3 O 2,528,000 mm^3 O 1,470,000 mm^3 O For the given data shown. the value *:of summation A is For the given data shown. the value * :of summation EAy is 200 mm 200 mm 30 m A1 A1 30 mm Neutral Ais (NAI 230 mm Neutral Axis (N A) 230 mm A2 Reteeence Line A2 Reference Line 40 mm Area No. Area value (mm Distance frem the A v(mm) 40 mm center of area to the reference line (mm) y Rectangle Al Ay Area No. Area value (mm' Distance from the A'y (mm) AI vi center of area to the Rectangle A A2 Av2 reference line (mm)y Kectangle A1 A1 Ay ΣΑ E Ay Rectangle A2 A2 Ay2 EA EAy 15,200 mm^2 O 6,000 mm^2 O 1,058,000 mm^3 O O خيار 4 2,528,000 mm^3 O 9,200 mm^2 O 1,470,000 mm^3 O
International Edition---engineering Mechanics: Statics, 4th Edition
4th Edition
ISBN:9781305501607
Author:Andrew Pytel And Jaan Kiusalaas
Publisher:Andrew Pytel And Jaan Kiusalaas
Chapter1: Introduction To Statics
Section: Chapter Questions
Problem 1.7P: When a force F acts on a linear spring, the elongation x of the spring is given by F = kx, where k...
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