When hydrolysis of white phosphorous is carried out in presence of `NaOH`, it give a rotten fish smell gas `A` and a salt `B`. When `B` is treated with dilute `HCl` it gives a oxyacid `C`. If atomicity of gas `A` is `X` and basicity of acid `C` is `Y` then find value of `X+Y`?

If a^x=b ,b^y=c ,c^z=a , then find the value of x y zdot

If a^x=b ,b^y=c ,c^z=a , then find the value of x y zdot

White phosphorus on reaction with concentrated NaOH solution in an inert atmosphere of CO_(2) , gives phosphine and compound (X). (X) on acidification with HCl gives compound (Y). The basicity of compound (Y) is:

White phosphorus on reaction with concentrated NaOH solution in an inert atmosphere of CO_(2) , gives phosphine and compound (X). (X) on acidification with HCl gives compound (Y). The basicity of compound (Y) is:

Zinc on reaction with NaOH gives a salt (A) along with a gas (B). (A) on reaction with H_(2)S gas gives a white precipitate (C ). Identify (A), (B) and (C ).

When a brown compound of manganese (A) is treated with HCl it gives a gas (B). The gas taken in excess, reacts with NH_(3) to give an explosive compound (C ). Identify compound A, B and C.

A white solid X on heating gives a white solid Y and an acid gas Z. gas Z is also given out when X reacts with an acid. The compound Y is also formed if caustic soda is left open in the atmosphere. X, Y and Z are

An alkene A on ozonolysis yields acetone and an aldehyde. The aldehyde is easily oxidised to an acid B. When B is treated with bromine in presence of yields a compound C which on hydrolysis gives a hydroxyle acid D. This acid can also be obatined from acetone by the reaction with hydrogen cyanide followed by hydrolysis. Identify the compounds A, B C and D.

When 3-chlorocyclopropene (A) is treated with SbCl_5 , it gives a stable salt (B), C_3H_3SbCl_6 , which is highly polar. Further, when (A) is treated with AgBF_4 , it gives a white precipitate of AgCl and a crystalline salt (C). Explain.

A compound (A) when treated with Kl gives a Scarlet red ppt. (B) which dissolves in excess of Kl. This solution is made alkaline with NaOH and gave brown precipitate (C) when NH_(3) gas is passed through it. When (A) is added with small amount of SnCl_(2) it gives a white ppt (D) but gives grey precipitate with excess amount of SnCl_(2) . When H_(2)S gas is passed through an acidic solution of (A) a black precipitate (E) is obtained. Identify (A) to (E). Write the reactions involved.