NEETChemistrySolutions
Which of the following best describes the difference between ideal and non-ideal solutions in the context of forces of interaction between molecules in liquid solutions?
Options
- AIdeal solutions exhibit weaker A-B interactions compared to A-A and B-B interactions, leading to positive devi
- BIdeal solutions exhibit weaker A-A and B-B interactions compared to A-B interactions, leading to positive devi
- CIdeal solutions exhibit stronger A-A and B-B interactions compared to A-B interactions, leading to positive de
- DIdeal solutions exhibit stronger A-B interactions compared to A-A and B-B interactions, leading to positive de
Correct answer
B. Ideal solutions exhibit weaker A-A and B-B interactions compared to A-B interactions, leading to positive devi
Step-by-step solution
Correct Option is : (B) Ideal solutions exhibit weaker A-A and B-B interactions compared to A-B interactions, leading to positive deviations from Raoult's law, whereas non-ideal solutions have stronger A-B interactions than A-A and B-B interactions, resulting in negative deviations from Raoult's law.