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1.
If the solubility product of lead iodide 
is 
its solubility will be:
is its solubility will be:
2.
At 
would be greatest in 1 L of
would be greatest in 1 L of
3.
The interfering radicals interfere in the test of usual inorganic analysis after II group analysis due to:
4.
The 
value of 
is 5. Calculate the pH of the buffer solution, 1 L of which contains 0.01 M 
value of is 5. Calculate the pH of the buffer solution, 1 L of which contains 0.01 M
5.
The equilibrium constant 
for the reaction 
at room temperature 
is 
and at 
Hence the reason that 
exists as a stable compound at room temperature is because:
for the reaction at room temperature is and at Hence the reason that exists as a stable compound at room temperature is because:
6.
A mixture of 0.3 mole of 
and 0.3 mole of 
is allowed to react in a 10 L evacuated flask at 
. The reaction is 
the is found to be 64. The amount of unreacted at equilibrium is
and 0.3 mole of is allowed to react in a 10 L evacuated flask at . The reaction is the is found to be 64. The amount of unreacted at equilibrium is
7.
In a solution of a weak electrolyte at infinite dilution we have:
8.
In the reaction, 
the equilibrium concentration of 
and 
are 0.4 and 0.2 mol/L respectively. If the value of 
is 0.5 what is the concentration of
in mol/L?
the equilibrium concentration of and are 0.4 and 0.2 mol/L respectively. If the value of is 0.5 what is the concentration of in mol/L?
9.
The reaction that proceeds in the forward direction is :
10.
Which is a Lewis base
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<img width=93 height=22 src="https://mytat.co/uploads/question/EQUILIBRIUM-1_filesimage584.png">