Which of the following statements is correct regarding a solution of two compounds A and B exhibiting positive deviation from ideal behaviour?

Question

Which of the following statements is correct regarding a solution of two compounds A and B exhibiting positive deviation from ideal behaviour? (A) Intermolecular attractive forces between A-A and B-B are stronger than those between A-B. (B) Δmix H = 0 at constant T and P (C) Δmix V = 0 at constant T and P (D) Intermolecular attractive forces between A-A and B-B are equal to those between A-B.

Tardigrade Admin · Accepted Answer

If, intermolecular attractive forces between A - A and B - B are stronger than those A - B then it show positive deviation from ideal behaviour

Q. Which of the following statements is correct regarding a solution of two compounds A and B exhibiting positive deviation from ideal behaviour?

Intermolecular attractive forces between A-A and B-B are stronger than those between A-B.

$Δ$ _m_i_x H = 0 at constant T and P

$Δ$ _m_i_x V = 0 at constant T and P

Intermolecular attractive forces between A-A and B-B are equal to those between A-B.

If, intermolecular attractive forces between $A - A$ and $B - B$ are stronger than those $A - B$ then it show positive deviation from ideal behaviour

Q. Which of the following statements is correct regarding a solution of two compounds A and B exhibiting positive deviation from ideal behaviour?

Intermolecular attractive forces between A-A and B-B are stronger than those between A-B.

Δmix H = 0 at constant T and P

Δmix V = 0 at constant T and P

Intermolecular attractive forces between A-A and B-B are equal to those between A-B.

If, intermolecular attractive forces between A−A and B−B are stronger than those A−B then it show positive deviation from ideal behaviour

$Δ$ _m_i_x H = 0 at constant T and P

$Δ$ _m_i_x V = 0 at constant T and P

If, intermolecular attractive forces between $A - A$ and $B - B$ are stronger than those $A - B$ then it show positive deviation from ideal behaviour