NCERT Exemplar for Class 11 Physics - Mechanical Properties of Fluids - Free PDF Download
Free PDF download of NCERT Exemplar for Class 11 Physics Chapter 10 - Mechanical Properties of Fluids solved by expert Physics teachers on Vedantu.com as per NCERT (CBSE) Book guidelines. All Chapter 10 - Mechanical Properties of Fluids Exercise questions with solutions to help you to revise the complete syllabus and score more marks in your Examinations.
The NCERT Exemplar for Class 11 includes various Chapters and concepts of Physics that are important for the learners to learn if they want to crack various competitive Examination slides JEE or IIT entrance Examinations. The Chapters involving the Mechanical properties of various matters like solids, Fluids, etc. are extremely important to understand the reasons for the different behaviorism of the matters.
FAQs on NCERT Exemplar for Class 11 Physics Chapter 10 - Mechanical Properties of Fluids (Book Solutions)
1. What are the basic properties of Fluids?
A particulate matter can be in four different forms and they are solid gas, liquid, and plasma form. When a particular matter is in liquid form, the properties of Fluids determine the state of the matter. Density, temperature, pressure, surface tension, volume are some of the basic properties of Fluid. Among them, the temperature, pressure, density, and specific enthalpy are considered the thermodynamic properties of the Fluids.
2. What is the concept of pressure associated with the Mechanical properties of Fluids?
The laws of Physics can prove the existence of the pressure on the surface of a liquid at a particular time and condition. The pressure working upon the surface of a liquid matter is calculated at a particular area of the surface. The pressure of Fluid suggests the thrust working on a particular area of the surface of the matter. When the matter, which is in the form of liquid or Fluid, is in equilibrium, the pressure of the outward force that is acting on the surface is considered to be perpendicular everywhere. The amount of pressure or force will be the same if the matter is placed at the same horizontal surface.
3. Does viscosity fall under the category of Mechanical properties of a matter?
Viscosity is considered one of the Mechanical properties of a method that is in liquid form. The viscosity of a particular liquid matter determines its consistency. A matter, or to be precise, a Fluid can be in thick or semi-fluid form. The law of physics can explain this particular Mechanical property and the characteristics of a liquid matter in detail. Though the Newtonian law can establish a relationship between the viscosity and the shear strain of a liquid matter, there are some liquids or matters that do not follow this particular law. The relationship between the viscosity and the rate of strain is not always connected with each other proportionally.
4. Is understanding Pascal's law important for JEE?
Pascal's law is an important topic for the students who are preparing for JEE Mains and Advanced. Below pros and services a relationship between the pressure applied to a particular surface of a liquid matter and the pressure it will transmit in other directions. The law explains that if a particular amount of pressure will work upon the surface of the liquid matter that is in equilibrium, then the liquid matter will also transmit the same amount of pressure in all directions.
5. What is the practical purpose of understanding the concepts associated with the Mechanical properties of Fluid?
The law of Physics is all about understanding the practical and natural characteristics of the various matters that we can perceive in our daily life. The Mechanical Properties of the Fluid can help us to understand the natural characteristics and the transformation of the various properties of the Fluid. A particular matter can behave differently if you alter the atmospheric situations and apply different amounts of force. The laws of Fluid mechanics help us to establish a relationship between the properties of the liquid matter and the external forces applied on the surface of it, under various circumstances.