Ask & Answer: India's Largest Education Community

Group?17, elements have very high ionisation enthalpy due to increase in atomic size, ionization enthalpy decreases down the group.

Sucrose is non-reducing sugar. It does not reduce Fehling solution.

In the metallurgy of aluminium, purified Al₂O₃ is mixed with Na₃AIF₆ or CaF₂ which lowers the melting point of the mixture and brings conductivity.

Heavier element of p block do not from pπ− pπ bonds as their atomic orbital are so large and diffius that they cannot have effecitve overlapping.

Acyl chloride is hydrogenated over catalyst, palladium or barium sulphate. This reaction is called Rosenmund reaction.

The inertness of ? subshell electrons towards bond formation is known as inert pair effect. This effect increases down the group thus, for Sn,  oxidation state is more stable, whereas, for Pb,  oxidation state is more stable, i.e.,  is reducing while  is oxidising.

Sodium carbonate is a white crystalline solid which exists as a decahydrate,  This is also called washing soda.

Due to its high dielectric constant, water is a good solvent.

Bond angles give some idea regarding the distribution of orbitals around the central atom in a molecule/complex ion and hence it helps us in determining its shape

Kindly go through the solution 

a = $\frac{3}{9}g$ , For C, 3g – T = 3a = (3) $\frac{3}{g}$ g

T = 2g = 20 N

$\frac{\sigma }{\in }=Y$

$\frac{\sigma }{Y}=\in \Rightarrow \frac{20}{5\times 10^{-8}\times 2\times 10^{11}}$

$=2\times 10^{-3}$  

$=20\times 10^{-4}\Rightarrow 20$  

Charge on C₁ = CV

            Charge on C₂ = 4CV

When connected in parallel

$V_C=\frac{5V}{3}$  

$Q{\text{'}}_1=\frac{5}{3}CV$ $Q{\text{'}}_2=\frac{10}{3}CV$

$?$ $E=\frac{1}{2}C{V}^2$

$E\text{'}=\frac{25}{18}C{V}^2+\frac{25}{9}C{V}^2$  

$\frac{25}{6}C{V}^2=\frac{50E}{6}$

x = 50

$-0.85=\frac{-13.6}{n^2}$  

n = 4

Number of transitions = $\frac{4\times 3}{2}=6$  

Current in circuit (I) = $\frac{8-2}{6}$  = 1 A.

So, V_C – 4 (1) – 2 + 8 – 2 (1) = V_A

V_C – 6 – 2 + 8 = V_A

V_C – V_A = 0 V

COAM gives Iw₀ = 2Iw

$\omega =\frac{{\omega }_0}{2}$

Loss in KE =  $\frac{1}{2}I{\omega }_0^2-\frac{1}{2}\left(2I\right){\left(\frac{{\omega }_0}{2}\right)}^2$

$=\frac{1}{2}I{\omega }_0^2$

$=\frac{1}{4}\times 5\times \frac{2}{2}\times 100=250J$  

Dv = a (t + 1 – t)

a = 50 m/s²

$s=u+\frac{a}{2}\left(2\left(t+1\right)-1\right)$  

$120=u+\frac{50}{2}\left(2t+1\right)$  

u = 120 – 25 (2t +1)

In (t + 2)^th second

$s\text{'}=u+\frac{a}{2}\left(2\left(t+2\right)-1\right)$

= u + 25 (2t + 3)

= 120 – 25 (2t) – 25 + 25 (2t) + 75

S' = 170 m

RHUL, situated in Egham, Surrey, is a public university based in UK. The university provides an inclusive environment to the international crowd and a high placement rate, pointing to bright future prospect. The campus area is known to have greenery and various notable landmarks.

The University of Wolverhampton is a public university, therefore, tuition fees for international students and domestic students may vary. Also, the tuition fees varies from course to course and depends on the type of course and level of study. The average tuition fee for some popular courses at the University of Wolverhampton are givne below:

Courses     Average Fees
BE/BTech    INR 13 L 
MS    INR 15 L 
BBA    INR 13 L 
MIM    INR 14.2 L - 15.1 L