3. Given the following data of the figure shown : P= 3.5 KN, L, = L, = L, = 1.5 m Strut BC = 100 mm wide x 10 mm thick L, Bar AD = 125 mm wide x 10 mm thick Allowable bolt shear stress = 90 MPa a) Determine the stress in strut BC in MPa. b) Compute the required minimum bolt diameter at C in mm. c) If the bolt at A has a diameter of 24 mm, determine the resulting bolt stress in MPa. TYPICAL JOINT

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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please answer number 3 with complete solution and box the final answer.(Use 4 decimal places for all computation).

3. Given the following data of the figure shown :
P = 3.5 KN, L, = L, = L, = 1.5 m
Strut BC = 100 mm wide x 10 mm thick
Bar AD = 125 mm wide x 10 mm thick
Allowable bolt shear stress = 90 MPa
a) Determine the stress in strut BC in MPa.
b) Compute the required minimum bolt
diameter at C in mm.
c) If the bolt at A has a diameter of 24 mm,
determine the resulting bolt stress in MPa.
TYPICAL JOINT
Transcribed Image Text:3. Given the following data of the figure shown : P = 3.5 KN, L, = L, = L, = 1.5 m Strut BC = 100 mm wide x 10 mm thick Bar AD = 125 mm wide x 10 mm thick Allowable bolt shear stress = 90 MPa a) Determine the stress in strut BC in MPa. b) Compute the required minimum bolt diameter at C in mm. c) If the bolt at A has a diameter of 24 mm, determine the resulting bolt stress in MPa. TYPICAL JOINT
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