KTU Exam MCQ Bank

  KTU CCW CET 308 (2019 scheme) June 2022 This post covers the  Comprehensive Course Work (CCW)  problems from the  KTU Civil Engineering CCW (CET308)  subject under the  S6 2019 Scheme , using actual  KTU question paper  examples. The content integrates essential topics from  Strength of Materials, Fluid Mechanics, Geotechnical Engineering, Surveying, and Concrete Technology , helping students revise key concepts across multiple civil engineering domains. Each section includes clear explanations and structured problem‑solving methods to guide learners in preparing accurate coursework and answering CCW questions effectively in university examinations. This material also provides a  strong foundation for the S8 CET404 Comprehensive Course Viva , ensuring students are well‑prepared with core technical knowledge and interdisciplinary understanding. Ideal for  KTU S6 and S8 Civil Engineering  students aiming to strengthen conceptua...

  KTU CCW CET 308 (2019 scheme) Module 1 In this video, we discuss the KTU CET308 – Comprehensive Course Work (CCW) Module 1 topics from the S6 Civil Engineering 2019 Scheme , focusing on key concepts from Strength of Materials . The session covers stresses and strains , the stress–strain diagram of mild steel , and temperature stresses in composite bars . Important mechanical properties such as Poisson’s ratio , elastic constants , and their interrelations are explained clearly. The video also introduces the concept of shear force and bending moment , types of loading and their slopes, and detailed SFD and BMD for cantilever beams, simply supported beams, and overhanging beams . Further, it includes the theory of simple bending , section modulus , beams of uniform strength , and the fundamentals of principal stresses and principal planes . This module builds a strong foundation for CCW and supports students preparing for the S8 CET404 Comprehensive Course Viva .   Are ...

  KTU CCW CET 308 (2019 scheme) Module 2 In this video, we discuss the KTU CET308 – Comprehensive Course Work (CCW) Module 2 topics from the S6 Civil Engineering 2019 Scheme . The session covers essential concepts from Fluid Mechanics , including fluid properties , measurement of fluid pressure , buoyancy and floatation , principle of floatation , and stability of floating and submerged bodies . Key parameters such as metacenter and metacentric height are explained clearly. The video also includes core fluid flow concepts like the continuity equation , Bernoulli’s equation , major and minor losses , equivalent pipe , open channel flow , most economical sections , specific energy , critical flow , and hydraulic jump . This module forms a strong conceptual base for CCW and supports students preparing for higher‑level applications in S8 CET404 Comprehensive Course Viva .   Are you Interested? Watch more videos on 

  KTU CCW CET 308 (2019 scheme) December 2025 This post covers the Comprehensive Course Work (CCW) problems from the KTU Civil Engineering CCW (CET308) subject under the S6 2019 Scheme , using actual KTU question paper examples. The content integrates essential topics from Strength of Materials, Fluid Mechanics, Geotechnical Engineering, Surveying, and Concrete Technology , helping students revise key concepts across multiple civil engineering domains. Each section includes clear explanations and structured problem‑solving methods to guide learners in preparing accurate coursework and answering CCW questions effectively in university examinations. This material also provides a strong foundation for the S8 CET404 Comprehensive Course Viva , ensuring students are well‑prepared with core technical knowledge and interdisciplinary understanding. Ideal for KTU S6 and S8 Civil Engineering students aiming to strengthen conceptual clarity and improve performance in both CET308 and CET4...

  Basic Unit Conversions in Properties of Fluids    1. Convert 1 g/cm³ to kg/m³ A) 1 B) 10 C) 100 D) 1000 Answer: D Explanation: 1   g/cm 3 = 1000   kg/m 3   2. Convert 1 Pa to N/m² A) 0.1 B) 1 C) 10 D) 100 Answer: B Explanation: 1 Pascal is defined as 1 N/m².   3. Convert 1 m²/s to cm²/s A) 10 B) 100 C) 1000 D) 10,000 Answer: D Explanation: 1   m 2 = 10 , 000   cm 2 4. Convert 1 Poise to Pa·s A) 0.001 B) 0.01 C) 0.1 D) 1 Answer: C Explanation: 1 Poise = 0.1 Pa·s.   5. Convert 1 centipoise (cP) to Pa·s A) 10^ − 1 B) 10^ − 2 C) 10^ − 3 D) 10^ − 4 Answer: C Explanation: 1 cP = 10 − 3 Pa·s.   6. Convert 1 m of water column to kPa A) 0.98 B) 9.81 C) 98.1 D) 981 Answer: B Explanation: Pressure head: p = ρ g h = 1000 × 9.81 × 1 = 9810  Pa = 9.81  kPa   7. Convert 1 bar to Pa A) 10^ 3 B) 10^ 4 C) 10^ 5 D) 10^ 6 Answer: C Explanation: 1 bar = 10^ 5 Pa.   8. Convert 1 kgf/cm² to kPa A) 98.1 B) ...

  MCQ Set with Explanations Fluid Statics 1. Pressure at a point in a static fluid acts:   A) Vertically B) Horizontally C) At an angle D) Equally in all directions Answer: D Explanation: In a fluid at rest, pressure is isotropic — it acts equally in all directions. 2. Hydrostatic pressure varies with: A) Density only B) Depth only C) Density and depth D) Temperature only Answer: C Explanation: p = ρ g h , so pressure depends on both density and depth. 3. Pascal’s law states that: A) Pressure increases with velocity B) Pressure at a point is zero C) Pressure applied to a confined fluid is transmitted equally D) Pressure depends on area Answer: C Explanation: Pascal’s law applies to fluids at rest in a closed container. 4. The pressure at the bottom of a tank containing water is: A) Same everywhere B) Maximum at the bottom C) Maximum at the top D) Zero Answer: B Explanation: Pressure increases with depth. 5. A manometer is used to measure: A) Temperature B) Velocity C) ...

  KTU QSV CET 402 (2019 scheme) September 2025 This video provides a complete, step‑by‑step explanation of Estimating and Costing for building works using the Long Wall–Short Wall Method and the Center Line Method , based on KTU Civil Engineering QSV (CET402) questions from the S8 2019 Scheme . It covers the full procedure for calculating quantities of foundations, walls, and superstructure components, helping students understand how to apply both methods accurately in university exams. The session includes solved examples from actual KTU question papers , making it ideal for exam preparation, revision, and concept strengthening. Civil Engineering students preparing for KTU S8 , competitive exams, or practical quantity surveying will benefit from the clear explanations, structured approach, and exam‑oriented problem solving. This video supports learners aiming to master building estimation techniques and score high in CET402 – Quantity Surveying and Valuation .   Are you...

  KTU QSV CET 402 (2019 scheme) - April 2025 This video provides a complete, step‑by‑step explanation of Estimating and Costing for building works using the Long Wall–Short Wall Method and the Center Line Method , based on KTU Civil Engineering QSV (CET402) questions from the S8 2019 Scheme . It covers the full procedure for calculating quantities of foundations, walls, and superstructure components, helping students understand how to apply both methods accurately in university exams. The session includes solved examples from actual KTU question papers , making it ideal for exam preparation, revision, and concept strengthening. Civil Engineering students preparing for KTU S8 , competitive exams, or practical quantity surveying will benefit from the clear explanations, structured approach, and exam‑oriented problem solving. This video supports learners aiming to master building estimation techniques and score high in CET402 – Quantity Surveying and Valuation .   Are you I...

MCQ Set with Explanations Measurement of Fluid pressure 1. A manometer is primarily used to measure: A) Temperature B) Pressure difference C) Velocity D) Density Answer: B Explanation: Manometers measure pressure difference using a liquid column.   2. The instrument used to measure very small pressure differences is: A) Bourdon gauge B) Piezometer C) Inclined manometer D) Barometer Answer: C Explanation: Inclined manometers increase sensitivity by extending the length of the liquid column.   3. A piezometer can measure: A) Negative pressure B) Very high pressure C) Only positive gauge pressure D) Atmospheric pressure Answer: C Explanation: Piezometers measure positive gauge pressure only, since the liquid rises in a vertical tube.   4. A barometer is used to measure: A) Absolute pressure B) Gauge pressure C) Vacuum pressure D) Differential pressure Answer: A Explanation: Barometers measure atmospheric pressure, which is a type of absolute pressure.   5. The u...

  KTU QSV CET 402 (2019 scheme) - May 2024 This video provides a complete, step‑by‑step explanation of Estimating and Costing for building works using the Long Wall–Short Wall Method and the Center Line Method , based on KTU Civil Engineering QSV (CET402) questions from the S8 2019 Scheme . It covers the full procedure for calculating quantities of foundations, walls, and superstructure components, helping students understand how to apply both methods accurately in university exams. The session includes solved examples from actual KTU question papers , making it ideal for exam preparation, revision, and concept strengthening. Civil Engineering students preparing for KTU S8 , competitive exams, or practical quantity surveying will benefit from the clear explanations, structured approach, and exam‑oriented problem solving. This video supports learners aiming to master building estimation techniques and score high in CET402 – Quantity Surveying and Valuation .   Are you Int...

  KTU QSV CET 402 (2019 scheme) - October 2023 This video provides a complete, step‑by‑step explanation of  Estimating and Costing  for building works using the  Long Wall–Short Wall Method  and the  Center Line Method , based on  KTU Civil Engineering QSV (CET402)  questions from the  S8 2019 Scheme . It covers the full procedure for calculating quantities of foundations, walls, and superstructure components, helping students understand how to apply both methods accurately in university exams. The session includes solved examples from actual  KTU question papers , making it ideal for exam preparation, revision, and concept strengthening. Civil Engineering students preparing for  KTU S8 , competitive exams, or practical quantity surveying will benefit from the clear explanations, structured approach, and exam‑oriented problem solving. This video supports learners aiming to master building estimation techniques and score high in...

  MCQ Set with Explanations Units in Properties of Fluids 1. The SI unit of density is: A) kg/m B) kg/m² C) kg/m³ D) N/m³ Answer: C Explanation: Density is mass per unit volume, so the unit is kg/m³. 2. The SI unit of specific weight is: A) N/m³ B) N·s/m² C) kg/m³ D) m²/s Answer: A Explanation: Specific weight = weight/volume → N/m³. 3. The SI unit of dynamic viscosity is: A) Pa·s B) m²/s C) N/m D) kg/m³ Answer: A Explanation: Dynamic viscosity (μ) is measured in Pascal‑seconds (Pa·s) or N·s/m². 4. The SI unit of kinematic viscosity is: A) Pa·s B) m²/s C) N/m D) m/s² Answer: B Explanation: Kinematic viscosity (ν) = μ/ρ, so the unit is m²/s. 5. The SI unit of surface tension is: A) N/m B) N/m² C) N·s/m² D) m²/s Answer: A Explanation: Surface tension is force per unit length → N/m. 6. The SI unit of pressure is: A) N/m B) N/m² C) N·s/m² D) m²/s Answer: B Explanation: Pressure = force/area → N/m² = Pascal (Pa). 7. The SI unit of bulk modulus of elasticity is: A) N/m ...

  KTU QSV CET 402 (2019 scheme) - June 2023 This video provides a complete, step‑by‑step explanation of Estimating and Costing for building works using the Long Wall–Short Wall Method and the Center Line Method , based on KTU Civil Engineering QSV (CET402) questions from the S8 2019 Scheme . It covers the full procedure for calculating quantities of foundations, walls, and superstructure components, helping students understand how to apply both methods accurately in university exams. The session includes solved examples from actual KTU question papers , making it ideal for exam preparation, revision, and concept strengthening. Civil Engineering students preparing for KTU S8 , competitive exams, or practical quantity surveying will benefit from the clear explanations, structured approach, and exam‑oriented problem solving. This video supports learners aiming to master building estimation techniques and score high in CET402 – Quantity Surveying and Valuation .   Are you In...

  KTU-Civil-CET308-Answer key-April 2025   The  KTU Civil Engineering CET308 – Fluid Mechanics  examination conducted in  April 2025  by  APJ Abdul Kalam Technological University,Kerala, assessed students on core concepts such as Fluid properties, Hydrostatics, Kinematics, dynamics and Flow through pipes and channels.  This answer key provides accurate, exam‑oriented solutions to all questions, helping students verify their responses and understand the correct approach.  It is designed to support quick revision, clarify common mistakes, and strengthen conceptual understanding for future university and competitive exams. Are you Interested? Watch more videos on