Recent content by phoenixXL

Question Find out the product of the following reaction Initially I thought that the conditions are favourable for Cannizzaro Reaction, but I was instructed (by the book) that it would not give that reaction. I guessed and made a product and request verification from the experts in this topic...

Thank you, Sir your answer cleared the theory part.

I'm very much interested in the concept(theory) behind it, I will be waiting for your reply. :)

One side thought I had, The saturated vapor pressure is constant for any given temperature. Is this an observation or any theory is working behind it ?

Thanks a lot, I highly appreciate your to the point answers. Thank You.

I just wonder how I couldn't think of it. So, if I increase the volume of the container then the instant I increased the volume I disturbed the vapor-liquid equilibrium. Thereafter, the pressure of the gas is less than aqueous tension, so some more of it evaporates until equilibrium. When this...

Question In a container of capacity 1-Litre, air and some liquid water is present in equilibrium at total pressure of 200 mm of Hg. This container is connected to another 1-Litre evacuated container. Find total pressure inside the container when equilibrium is again stabilized. Aqueous Tension...

Okay, I didn't knew about that. I looked Wikipedia and found that rings are counted as a degree of unsaturation, therefore I get the missing "1" from my answer. Also I was unaware of the formula(curious to see its derivation). Thank You.

Question Find out the degree of unsaturation in a compound having the molecular formulae C9H6N4. Attempt The point lies in making the possible structure(s). The structure that I felt possible is as follows In the compound above there are 8-π electrons, Hence the degree of unsaturation is...

thank you for your time :)

Yes, I was suspecting the argument with compound 3. Please Verify Compound 3 will have cis & trans forms. The cis form due to symmetry would not have optical isomers whereas the trans form would have optical isomers. As a result there would be three isomers (rather than 4).

Question Find out the total number of possible isomers with molecular formula C6H12 that contain a cyclobutane ring. Attempted Solution In Compound 3, Optical Isomerism is possible (geometrical isomerism is also possible but is neglected due to presence of optical isomerism) about both the...

Right. p'(1)\ =\ lim_{h\rightarrow0}\frac{p(1+h)-p(1)}{h}\\ \implies a_1+2a_2+3a_3+...+na_n\ =\ lim_{h\rightarrow0}\frac{p(1+h)}{h},\ as\ p(1)\ =\ 0 I was able to solve it. Thank you for your time

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It isn't possible, if there is a medium then after giving certain amount of charge di-electric breakdown of the medium would surely take place. Otherwise if you wan't to store more charge without changing the capacitance, Use a medium having high di-electric strength. Use vacuum.