Q6: Determinethe eccentricity at balance condition (ft)?Q7: Determine the distance (e') ft?Q8: Determine the strain in compression steel at balance condition?Q9: Determine the strain in tension steel at balance condition?Q10: Determine the ratio of reinforcement (answer in the style 0.0341 for ex.)?Q11: Determine the allowable design axial load of column (k)?Q12: Determine the reduction factor at balanced condition?y = 65,000 psi, fc = 5 ksi, Es = 31,000 ksi2.5 in.5in.*5in.*5in.2.5 in.15 in.5#74#7Did at5#7

Solution: Q6: The minimum eccentricity for a balanced section: emin=0.1h Where; h = long lateral…

Q6: Determine Q7: Determine the distance (e') ft? Q8: Determine the strain in compression steel at balance condition? Q9: Determine the strain in tension steel at balance condition? the eccentricity at balance condition (ft)? Q10: Determine the ratio of reinforcement (answer in the style 0.0341 for ex.)? Q11: Determine the allowable design axial load of column (k)? Q12: Determine the reduction factor at balanced condition? y = 65,000 psi, fc = 5 ksi, Es = 31,000 ksi 2.5 in. 5in. * 5in. * 5in. 2.5 in. 15 in. 5#7 4#7 oid a 5#7

Q6: Determine Q7: Determine the distance (e') ft? Q8: Determine the strain in compression steel at balance condition? Q9: Determine the strain in tension steel at balance condition? the eccentricity at balance condition (ft)? Q10: Determine the ratio of reinforcement (answer in the style 0.0341 for ex.)? Q11: Determine the allowable design axial load of column (k)? Q12: Determine the reduction factor at balanced condition? y = 65,000 psi, fc = 5 ksi, Es = 31,000 ksi 2.5 in. 5in. * 5in. * 5in. 2.5 in. 15 in. 5#7 4#7 oid a 5#7

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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