The correct statements among the following are: I. Due to greater polarizing power of Li+, Li2CO3 is most stable II. LiHCO3 does not exist as solid III. NaNO3 on strong heating gives NaNO2 whereas LiNO3 will give Li2O IV. Sodium & Potassium ions are involved in the transport of sugars and amino acids into the cells V. LiF is less soluble due to smaller hydration energy of Li+ ion

The correct statements among the following are: I. Due to greater pol

1.	The correct statements among the following are: I. Due to greater polarizing power of Li+, Li2CO3 is most stable II. LiHCO3 does not exist as solid III. NaNO3 on strong heating gives NaNO2 whereas LiNO3 will give Li2O IV. Sodium & Potassium ions are involved in the transport of sugars and amino acids into the cells V. LiF is less soluble due to smaller hydration energy of Li+ ion
Answer» The correct statements among the following are: I. Due to greater polarizing power of $L i^{+}$ , $L i_{2} C O_{3}$ is most stable II. $L i H C O_{3}$ does not exist as solid III. $N a N O_{3}$ on strong heating gives $N a N O_{2}$ whereas $L i N O_{3}$ will give $L i_{2} O$ IV. Sodium & Potassium ions are involved in the transport of sugars and amino acids into the cells V. $L i F$ is less soluble due to smaller hydration energy of $L i^{+}$ ion