Mechanical Properties of Fluids

30 topics, ranked by how often each is asked.

Practise Mechanical Properties of FluidsBrowse all questions
  • 34 questions
  • 22 papers
  • 1.93% of Physics

Topics

The squares are the last ten exam years: filled means it was asked that year.

Topics

30 topics · 34 questions
  1. 1Surface Tension8.8%3 questionsPractise Surface Tension
  2. 2Surface Tension and Fluid Dynamics2.9%1 questionPractise Surface Tension and Fluid Dynamics
  3. 3Surface Tension and Surface Energy2.9%1 questionPractise Surface Tension and Surface Energy
  4. 4Bernoulli's Principle and Applications2.9%1 questionPractise Bernoulli's Principle and Applications
  5. 5Viscosity and Terminal Velocity5.9%2 questionsPractise Viscosity and Terminal Velocity
  6. 6Surface Tension – Excess Pressure in a Bubble2.9%1 questionPractise Surface Tension – Excess Pressure in a Bubble
  7. 7Surface Tension – Capillary Rise2.9%1 questionPractise Surface Tension – Capillary Rise
  8. 8Surface Tension – Excess Pressure in a Soap Bubble2.9%1 questionPractise Surface Tension – Excess Pressure in a Soap Bubble
  9. 9Bernoulli's Principle – Speed of Efflux (Torricelli's Law)2.9%1 questionPractise Bernoulli's Principle – Speed of Efflux (Torricelli's Law)
  10. 10Hydrostatic pressure with depth2.9%1 questionPractise Hydrostatic pressure with depth
  11. 11Bernoulli's principle5.9%2 questionsPractise Bernoulli's principle
  12. 12Pressure measurement - barometer2.9%1 questionPractise Pressure measurement - barometer
  13. 13Surface tension - angle of contact and wetting2.9%1 questionPractise Surface tension - angle of contact and wetting
  14. 14Scalar and vector physical quantities2.9%1 questionPractise Scalar and vector physical quantities
  15. 15Stokes' law - viscous drag force2.9%1 questionPractise Stokes' law - viscous drag force
  16. 16Hydrostatic pressure2.9%1 questionPractise Hydrostatic pressure
  17. 17Viscosity - Stokes' law2.9%1 questionPractise Viscosity - Stokes' law
  18. 18Terminal velocity2.9%1 questionPractise Terminal velocity
  19. 19Pressure in a U-tube2.9%1 questionPractise Pressure in a U-tube
  20. 20Bernoulli's principle and equation of continuity2.9%1 questionPractise Bernoulli's principle and equation of continuity
  21. 21Terminal velocity - Stokes' law2.9%1 questionPractise Terminal velocity - Stokes' law
  22. 22Viscosity – Stokes' law and terminal velocity2.9%1 questionPractise Viscosity – Stokes' law and terminal velocity
  23. 23Pressure in liquids – U-tube manometer2.9%1 questionPractise Pressure in liquids – U-tube manometer
  24. 24Buoyancy – floating in two immiscible liquids2.9%1 questionPractise Buoyancy – floating in two immiscible liquids
  25. 25Surface tension – surface energy2.9%1 questionPractise Surface tension – surface energy
  26. 26Capillary rise and angle of contact2.9%1 questionPractise Capillary rise and angle of contact
  27. 27Equation of continuity2.9%1 questionPractise Equation of continuity
  28. 28Pressure and power2.9%1 questionPractise Pressure and power
  29. 29Capillarity2.9%1 questionPractise Capillarity
  30. 30Surface energy2.9%1 questionPractise Surface energy

Questions per paper

Asked in 16 of the last 16 papers (2017–2026).

  1. 2026: 1 question
  2. 2026 Re-NEET: 2 questions
  3. 2025: 2 questions
  4. 2024: 1 question
  5. 2024 Re-NEET: 1 question
  6. 2023: 2 questions
  7. 2023 Manipur: 2 questions
  8. 2022: 2 questions
  9. 2022 Phase 2: 2 questions
  10. 2021: 1 question
  11. 2020: 1 question
  12. 2020 Phase-2: 2 questions
  13. 2019: 2 questions
  14. 2019 Odisha: 2 questions
  15. 2018: 1 question
  16. 2017: 1 question

Concepts tested

  • Angle of contact
  • Av = constant
  • Bernoulli's principle
  • Bernoulli's principle and equation of continuity
  • capillary-rise-contact-angle
  • Coalescence of drops
  • depth of water with pressure equal to that inside a bubble
  • Efflux Dynamics with Surface Tension
  • energy to form a soap bubble
  • film-surface-tension-work
  • floating-two-liquids
  • Force required to detach a disc from a liquid surface
  • Hydrostatic pressure
  • Insufficient capillary length
  • mass of water in a capillary
  • Meniscus Curvature and Surface Tension
  • Power = pressure × volume flow rate
  • Pressure in a U-tube