$30 g m$ of compound $^{'} C^{'}$ on analysis, give $10 g m$ of $A$ and $20 g m$ of $B$ . If $15 g m$ of $A$ react with $50 g m$ of $B$ . What mass of $^{'} C^{'}$ will be formed?

Open in App

Solution

$C ⟶ A + B 30 g 10 g 20 g F r o m h e r e w e c a n s a y t h a t B i s t w o t i m e s t h a t o f A .$
$I t m e a n s i f A r e a c t s w i t h B, t h e n B i s c o n s u m e d t w o t i m e s t h a t o f A . A + B ⟶ C 15 g 50 g 0 (50 - 15 \times 2) g 45 g = 20 g H e n c e, C f o r m e d i s 45 g .$

Suggest Corrections

Similar questions

Q. Light blue coloured compound (A) on heating will convert into black coloured compound (B), which reacts with glucose and gives red compound (C). (A) reacts with ammonium hydroxide in excess of ammonium sulphate and gives blue compound (D). What is (A), (B), (C) and (D)?

Q. An monovalent metal A gives a compound B (molecular mass = 40) on reacting with water. The compound B gives a soluble compound C on treatment with aluminium oxide. Identify A, B and C and give the reaction involved.

Q. An alkali metal A gives a compound B (molecular mass = 40) on reacting with water. The compound B gives a soluble compound C on treatment with aluminium oxide. Identify A, B and C and give the reaction involved.

Question 54
An alkali metal A gives a compound B (molecular mass = 40) on reacting with water. The compound B gives a soluble compound C on treatment with aluminium oxide. Identify A, B and C and give the reaction involved.

Q. An organic compound

A

with molecular formula

C_{3} H_{6} O

is resistant to oxidation but forms compound

B

C_{3} H_{8} O

on reduction, compound

B

reacts with

H B r

from

C

and

C

reacts with

M g

from Grignard reagent.

D

reacts with

A

to form a product which on hydrolysis gives

E

. Identify

A, B, C, D, E

Join BYJU'S Learning Program

30gm of compound ′C′ on analysis, give 10gm of A and 20gm of B. If 15gm of A react with 50gm of B. What mass of ′C′ will be formed?

C⟶A+B30g10g20gFrom here we can say that B is two times that of A.It means if A reacts with B, then B is consumed two times that of A.A+B⟶C15g50g0(50−15×2)g45g=20gHence,Cformedis45g.

$30 g m$ of compound $^{'} C^{'}$ on analysis, give $10 g m$ of $A$ and $20 g m$ of $B$ . If $15 g m$ of $A$ react with $50 g m$ of $B$ . What mass of $^{'} C^{'}$ will be formed?