X3 Y2(i=5) when reacted with A2 B3(i=5) in aqueous solution, gives brown colour. These are separated by a semipermeable membrane P Q as shown. Due to osmosis there is:

Question

X3 Y2(i=5) when reacted with A2 B3(i=5) in aqueous solution, gives brown colour. These are separated by a semipermeable membrane P Q as shown. Due to osmosis there is: (A) brown colour formation in side R (B) brown colour formation in side S (C) formation in both of the sides R and S (D) no brown colour formation

Tardigrade Admin · Accepted Answer

Only solvent molecules can passed through SPM so, only dilution is possible.

Q. $X_{3} Y_{2} (i = 5)$ when reacted with $A_{2} B_{3} (i = 5)$ in aqueous solution, gives brown colour. These are separated by a semipermeable membrane $PQ$ as shown. Due to osmosis there is:

brown colour formation in side $R$

brown colour formation in side $S$

formation in both of the sides $R$ and $S$

no brown colour formation

Only solvent molecules can passed through SPM so, only dilution is possible.

Q. X3​Y2​(i=5) when reacted with A2​B3​(i=5) in aqueous solution, gives brown colour. These are separated by a semipermeable membrane PQ as shown. Due to osmosis there is:

brown colour formation in side R

brown colour formation in side S

formation in both of the sides R and S

no brown colour formation

Only solvent molecules can passed through SPM so, only dilution is possible.

Q. $X_{3} Y_{2} (i = 5)$ when reacted with $A_{2} B_{3} (i = 5)$ in aqueous solution, gives brown colour. These are separated by a semipermeable membrane $PQ$ as shown. Due to osmosis there is:

brown colour formation in side $R$

brown colour formation in side $S$

formation in both of the sides $R$ and $S$