PPSCFPSCNTSPakistan govt jobs
- Subject
- RCC Structures Designcivil-engineering-mcqs › rcc-structures-design
- Published
- 14 Jan 2019
- Last updated
- 28 May 2026
Explanation
The required steel area is calculated based on the bending moment generated by the uniformly distributed load, effective depth, lever arm factor, and permissible tensile stress of steel. Using these values, the steel reinforcement needed is determined to be 16 cm².
More RCC Structures Design MCQs
Practice related questions from the same subject.
- 1.Which of the following statements about lateral reinforcement in R.C.C. columns is accurate?
- 2.Identify the statement that is incorrect from the options below regarding reinforcement in retaining walls.
- 3.In a simply supported slab, at what fraction of the span are alternate reinforcement bars shortened?
- 4.Given the modular ratio as m, the steel ratio as r, and the total depth of a beam as d, what is the formula for the depth of the critical neutral axis in the beam?
- 5.What type of foundation is typically used for multiple columns built in a reinforced cement concrete wall?
- 6.What happens to the depth of the neutral axis when the steel content is increased?
- 7.If the lap length in tension reinforcement exceeds which of the following values, should it not be less than the bar diameter multiplied by (actual tension divided by four times the allowable average bond stress)?
- 8.What is the effective width of a column strip in a flat slab system?
More in Civil Engineering Mcqs
- Airport Engineering
- Applied Mechanics and Graphic Statics
- Building Materials and Construction
- Construction Planning and Management
- Design of Concrete Structures
- Design of Masonry Structures
- Design of Steel Structures
- Dock and Harbor Engineering
- Elements of Remote Sensing
- Engineering Economy
- Environmental Engineering
- Estimating and Costing
- Fluid Mechanics
- Highway Engineering
- Hydraulics and Fluid Mechanics
- Irrigation, Water Resources Engineering and Hydrology
- Railway Engineering
- Soil Mechanics and Foundation Engineering
- Strength of Materials
- Structural Analysis
- Structural Design Specifications
- Surveying
- Theory of Structures
- Tunnel Engineering
- Waste Water Engineering
- Water Supply Engineering