CUET PG 2022 Question Paper Chemistry Shift-2

Instructions

For the following questions answer them individually

CUET PG 2022 Chemistry Shift-2 - Question 61


Determine the Miller indices for a plane when intercepts along the axes are 2a, 3b, 2c.

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CUET PG 2022 Chemistry Shift-2 - Question 62


Match List I with List II:

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Choose the correct answer from the options given below:

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CUET PG 2022 Chemistry Shift-2 - Question 63


The process of removing ions / molecules from a sol by diffusion through a permeable membrane is called

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CUET PG 2022 Chemistry Shift-2 - Question 64


The order of interatomic distances in $$B_{2}, B_2^-$$ and $$B_2^+$$ is.

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CUET PG 2022 Chemistry Shift-2 - Question 65


A wave function for the particle in a box is sketched below. What is the value of the quantum number, x?

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CUET PG 2022 Chemistry Shift-2 - Question 66


Given below are two statements : One is labelled as Assertion A and the other is labelled as Reason R :
Assertion A : The density of diamond is much higher than that of ice though both solids adopt analogous structures.
Reason R : The ice lattice is held by hydrogen bonds which are significantly weaker than the covalent C-C bonds in diamond.
In the light of the above statements, choose the correct answer from the option given below:

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CUET PG 2022 Chemistry Shift-2 - Question 67


Considering the following reaction:

$${}^{238}U_{92} + {}^{4}He_{2}\rightarrow {}^{M}X_{A}+{}^{1}n_{0}$$

number of neutrons present in nucleus of X are ____________.

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CUET PG 2022 Chemistry Shift-2 - Question 68


A commercial FM ratio station operates at 100 MHz. The wavelength. $$\lambda$$, for the radio wave is

(Give : $$C = 3 \times 10^{8} ms^{-1}$$)

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CUET PG 2022 Chemistry Shift-2 - Question 69


For the following electrochemical cell

$$Cu(s)|Cu^{2+} (aq.1.00 mol   dm^{-3})||Zn^{2+} (aq.1.00 mol    dm^{-3})|Zn(s)$$

Choose the correct option in the light of the following standard electrode potential:

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CUET PG 2022 Chemistry Shift-2 - Question 70


$$\triangle H_{vap}^{o} = 30.8 kj mol^{-1}$$ and $$\triangle S_{vap}^{o}=87.2 j mol^{-1} K^{-1}$$ for benzene, what is the boiling poing of benzene? Assume that $$\triangle H_{vap}{0}$$ and $$\triangle S_{vap}{0}$$ are independent of temperature.

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