Three isomers of formula CrCl3.6H2O differ in how many chloride ions are free. In the isomer which on treatment of one m

Question

Three isomers of formula CrCl3.6H2O differ in how many chloride ions are free. In the isomer which on treatment of one mole with excess AgNO3 gives two moles of AgCl immediately, the number of water molecules directly coordinated to chromium (coordination number 6) is

Accepted Answer

5

Answer

6

Answer

3

Answer

4

Three isomers of formula $CrCl X_{3} \cdot 6 H X_{2} O$ differ in how many chloride ions are free. In the isomer which on treatment of one mole with excess $AgNO X_{3}$ gives two moles of $AgCl$ immediately, the number of water molecules directly coordinated to chromium (coordination number 6) is

Answer: C

More questions on Terminology, ligands and denticity, EAN

Three isomers of formula CrClX3​⋅6HX2​O differ in how many chloride ions are free. In the isomer which on treatment of one mole with excess AgNOX3​ gives two moles of AgCl immediately, the number of water molecules directly coordinated to chromium (coordination number 6) is

Answer: C

More questions on Terminology, ligands and denticity, EAN

Three isomers of formula $CrCl X_{3} \cdot 6 H X_{2} O$ differ in how many chloride ions are free. In the isomer which on treatment of one mole with excess $AgNO X_{3}$ gives two moles of $AgCl$ immediately, the number of water molecules directly coordinated to chromium (coordination number 6) is