Quantrex Quantrex AcademyJEE · NEET · NDA PYQs with solutions Open app
MHT CET202416 May 2024Evening ShiftPhysicsMechanical Properties of FluidsActual

On the surface of the liquid in equilibrium, molecules of the liquid possess

Options

  1. Amaximum potential energy.
  2. Bminimum potential energy.
  3. Cmaximum kinetic energy.
  4. Dminimum kinetic energy.

Correct answer

A. maximum potential energy.

Step-by-step solution

On the surface of the liquid in equilibrium, molecules of the liquid possess maximum potential energy. Explanation: The molecules of the liquid have the most potential energy on the surface of an equilibrium liquid.

Practice Mechanical Properties of Fluids on Quantrex Academy →

More from Mechanical Properties of Fluids

Calculate the vapour pressure that can help the formation of a spherical droplet of water of radius 6.25 10⁻⁵ m at 22°C. Given: The surface tension of water at the given temperatur 2026A small hollow vessel which has a small circular hole of radius r in its base, is immersed in a tank of oil of density and surface tension T. The oil will penetrate into the vessel 2026Instrument fitted in the carburetor of the automobile to provide the correct mixture of air and fuel necessary for combustion works on 2026A 30 cm long capillary tube is dipped in water, water rises upto a height of 10 cm due to capillarity. If this experiment is conducted in a freely falling water in an elevator, the 2026If two soap bubbles each of radius 2 cm combine in vacuum under isothermal conditions, then the radius of the new bubble formed is 2025A wire of length 20 cm is placed horizontally on the surface of water and is gently pulled up with a force of 1.456 10⁻² ~N to keep the wire in equilibrium. The surface tension of 2025When the temperature increases, the viscosity of 2025In a water tank, an air bubble rises from the bottom to the top surface of the water. If the depth of the water in the tank is 7.28 m and atmospheric pressure is 10 m of water, the 2025 Full Mechanical Properties of Fluids list All MHT CET PYQs