(Ag+Pb) alloy Meltand Zinc is added (Ag+Pb+Zn)melt →Cool LayerX LayerY Layer X contains zinc and silver Layer Y contains lead and silver but amount of silver in this layer is smaller than in the layer X X and Y Are immiscible layers All are correct statements

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(A g + P b) a l l o y m e l t a n d z i n c - ------ \to i s a d d e d (A g + P b + Z n) m e l t C o o l - - \to \frac{L a y e r x}{L a y e r y}

M e l t a n d - ------- \to Z i n c i s a d d e d (A g + P b + Z n) m e l t C o o l \to L a y e r X - --- \to L a y e r Y

(A g + P b)_{a l l o y} melt - ------ \to zinc is added (A g + P b + Z n)_{m e l t} c o o l ⟶ \frac{L a y e r X}{L a y e r Y}

(A + A g) + Z n ⟶ (A + A g + Z n) cooling - --- \to \frac{x - layer}{y - layer}

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(Ag+Pb) alloy Meltand Zinc is added ​ (Ag+Pb+Zn)melt →Cool LayerX LayerY ​ Layer X contains zinc and silver Layer Y contains lead and silver but amount of silver in this layer is smaller than in the layer X X and Y Are immiscible layers All are correct statements