how would you do this? this is a non graded practice A student places a piece of I₂ (s) into 50.0 mL of H₂O (l), another piece of I₂ (s) of the same mass into 50.0 mL of C₆H₁₄ (l), and shakes the mixtures. The results are shown to the right. What do the results indicate about the intermolecular interactions of the substances?**Diagram Explanation:**- **Left Test Tube:** I₂(s) in H₂O(l) - The solution remains colorless, with solid I₂ visible at the bottom. - **Right Test Tube:** I₂(s) in C₆H₁₄(l) - The solution turns purple as the I₂ dissolves.**Multiple Choice Options:**- ○ I₂ and H₂O have similar intermolecular interactions, and I₂ and C₆H₁₄ do not.- ● I₂ and C₆H₁₄ have similar intermolecular interactions, and I₂ and H₂O do not.- ○ I₂, H₂O, and C₆H₁₄ all have similar intermolecular interactions.- ○ I₂, H₂O, and C₆H₁₄ have three completely different types of intermolecular interactions.The correct answer is: **I₂ and C₆H₁₄ have similar intermolecular interactions, and I₂ and H₂O do not.**

Answer:Polar compounds are soluble in polar solvents and non-polar compounds are soluble in non-polar solvents.In the test tube containing water, when iodine was added then color of the water didn't change and solid I2 is present at the bottom of the test tube undissolved. On the other hand when Same I2 was added in C6H14 iodine got dissolved in it and color of the hexane solution changed to purple.It means H2O and I2 don't have the same type of intermolecular forces and that's why I2 is insoluble in water while C6H14 and I2 have the same type of intermolecular forces and that's why I2 is insoluble in hexane.Correct Answer: Option (B)I2 and C6H14 have similar molecular interactions while I2 and H2O do not.