108 g of silver (molar mass 108 g mol-1) is deposited at cathode from AgNO3(aq) solution by a certain quantity of electricity. The volume (in L) of oxygen gas produced at 273 K and 1 bar pressure from water by the same quantity of electricity is. Given 11.35

Question

108 g of silver (molar mass 108 g mol-1) is deposited at cathode from AgNO3(aq) solution by a certain quantity of electricity. The volume (in L) of oxygen gas produced at 273 K and 1 bar pressure from water by the same quantity of electricity is. Given 11.35 (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

gm eq. of Ag=(108/108)=1 gm eq. of O2(g)=1 Volume of O2(g)=22.7×(1/4)=5.675 litre

Q. 108 g of silver (molar mass 108 g mol $^{- 1}$ ) is deposited at cathode from $A g N O_{3}$ (aq) solution by a certain quantity of electricity. The volume (in L) of oxygen gas produced at 273 K and 1 bar pressure from water by the same quantity of electricity is__________.
Given 11.35

$g m e q . o f A g = \frac{108}{108} = 1$
$g m e q . o f O_{2} (g) = 1$
$V o l u m e o f O_{2} (g) = 22.7 \times \frac{1}{4} = 5.675 l i t re$

Q. 108 g of silver (molar mass 108 g mol−1) is deposited at cathode from AgNO3​(aq) solution by a certain quantity of electricity. The volume (in L) of oxygen gas produced at 273 K and 1 bar pressure from water by the same quantity of electricity is__________. Given 11.35

gmeq.ofAg=108108​=1 gmeq.ofO2​(g)=1 VolumeofO2​(g)=22.7×41​=5.675litre

Q. 108 g of silver (molar mass 108 g mol $^{- 1}$ ) is deposited at cathode from $A g N O_{3}$ (aq) solution by a certain quantity of electricity. The volume (in L) of oxygen gas produced at 273 K and 1 bar pressure from water by the same quantity of electricity is__________.
Given 11.35

$g m e q . o f A g = \frac{108}{108} = 1$
$g m e q . o f O_{2} (g) = 1$
$V o l u m e o f O_{2} (g) = 22.7 \times \frac{1}{4} = 5.675 l i t re$