The number of moles of AgCl formed will depend upon the number of Chloride ions available in the coordinate compound. The number of Chloride ions satisfying the primary valency will only react with AgNO3 to produce AgCl. Thus, 2 moles of AgCl will be formed.
How many moles of AgCl are obtained?
Correct answer is ‘0.02’.
How many moles of AgCl will be obtained when agno3?
2 moles because 2 Cl- ions are present as counter ion in the complex.
Is on treating with excess agno3 the number of moles of AgCl formed is?
So it gives 1 mole AgCl ppt.
When excess of agno3 is added to one mole of CO nh3 5cl cl2 the number of moles of AgCl formed is?
When one mole of [Co(NH3)5Cl]Cl2 is treated with excess of AgNO3 solution, two mole(s) of AgCl(s) is formed. Explanation: The complex [Co(NH3)5Cl]Cl2 ionizes to give a complex cation and two chloride ions.
How many moles of AgCl get precipitated when CO nh3 6 c13 is treated with an excess of agno3?
The answer is 2 moles.
Which gives only 25 percent mole of AgCl when reacts with AgNO3?
3 NH 3 or [ Pt ( NH 3 ) 3 Cl 3 ] Cl gives only 25 % of AgCl as we can see than here 4 Cl are present , but only 1 mol of AgCl is obtained i . e . 1 4 × 100 = 25 % . This is because here the 3 Cl atoms are inside the coordination sphere while 1 Cl is outside , therefore 1 Cl is only available for AgNO 3 .
How many moles of AgCl is precipitated when excess of AgNO3 is added to the one mole of CoCl3 4NH3 green?
How many moles of AgCl is precipitated, when excess of AgNO3 is added to the one mole of CoCl3. 4NH3 (green) : 11.
What is the number of moles of AgCl precipitated when one mole of CoCl3 4NH3 is treated with excess of silver nitrate?
5nh3 was treated with excess of silver nitrate solution, 2 mol of agcl was precipitated.
When an excess of AgNO3 is added to the complex 3 moles of AgCl is precipitated the formula of the complex is?
When an excess of AgNO3 is added to the complex one mole of AgCl is precipitated. The formula of the complex is [CoCl2(NH3)4]Cl.
What fraction of chlorine will be precipitated as AgCl by using AgNO3 from?
– The remaining 2 chloride ions present outside the coordination sphere can be ionized. – So, only these 2 chloride ions can be precipitated out by AgNO3 as AgCl. – So, the fraction of chloride precipitated is 2/3.
How many chlorine atoms satisfy both?
As we can see in the above diagram that one chlorine atom satisfies both primary as well as secondary valency.