Mention works where we use compressibility in our daily life? `(AS_1)`

Mention the situations where we use diffusion in our day-to-day life (AS_1)

mention two uses of cathode ray tube in our daily life.

Is there any significance of Heisenberg's uncertainty principle in our daily life?

(i) What do you mean by resonance ? (ii) Mention any two uses of its from your daily life.

Which of the following is available in three states in our daily life (at normal conditions)

Name the metals and non-metals present in the compounds we use in our day to day life?

Name the metals and non-mmetals present in the compounds we use in our day to day life? Tooth paste, Gun powder of match stick, Chemical Fertiliser, Stainless steel, Cement Photographic film.

Observe your surroundings carefully and write any three situations of your daily life where you can observe lines and angles. Draw the pictures in your note book and collect some pictures.

Let us consider 1 mol of gas. If It Is an ideal gas then (Poverset-V)/(RT) = 1 where , overset-V = molar volume of a gas For a non-ideal gas this quotient may not be equal to 1. It can also be less than or greater than 1. Therefore, the above quotient is defined as compressibility factor Z. Z = (Poverset-V)/(RT) = (Molar volume of real gas)/ (Molar volume of ideal gas) The compressibility factor of real gases can be written as Z = (Poverset-V)/(RT)=1+B/overset-V+C/overset-(v^2)+D/overset-(v^3)......(Viral equation) Where B,C,D are called virial coefficients and are dependent on the nature of the gas and temperature. B=(b-a/(RT)) .At Boyle’s temperature,second virial coefficient becomes zero. when Zgt1 repulsive forces are dominant and when Zlt1 the forces of attraction are dominant. Which of the following statements is correct ?

This question has Statement I and Statement II. Of the four choices given after the Statements, choose the one that best describes the two Statements. Statement -I: The compressibility factor(Z) for H2and He is greater than unity, Z=1+(Pb)/(RT) Statement - II: Compressibility factor for H_2 and He may be calculated using van der Waals’ equation neglecting van der Waals’ constant ‘a’.