1. What compound will have a zero standard enthalpy of formation? A.) more stable allotropes B.) less stable allotropes. C.) the reactant of greater concentration D.) the reactant of less concentration What ie the

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19. What compound will have a zero standard enthalpy of formation?
A.) more stable allotropes
B.) less stable allotropes.
20. What is the standard enthalpy of formation of any element in its most stable form?
A.) 100J
21. Which of the following is true about the reaction A B?
A.) The reaction rate A is negative
B.) The reaction rate B is positive
C.) The substance B increases in concentration while substance A decreases in concentration
D.) All of the statements are correct.
22. What is the reaction order of the reactant H2in the equation H2 + l2 2HI?
C.) the reactant of greater concentration
D.) the reactant of less concentration
B.) 1kJ
C.) 0
D.) 1000kJ
A.) 0
В.) 1
С.) 2
D.) 3
23. What is the relationship between the boiling point of a solution and of a pure solvent?
A.) Boiling point of pure solvent is lower than boiling point of solution
B.) Boiling point of pure solvent is higher than boiling point of solution
C.) Boiling point of pure solvent is equal to the boiling point of solution
D.) Boiling point of pure solvent has negligible difference when compared to boiling point of solution
Transcribed Image Text:19. What compound will have a zero standard enthalpy of formation? A.) more stable allotropes B.) less stable allotropes. 20. What is the standard enthalpy of formation of any element in its most stable form? A.) 100J 21. Which of the following is true about the reaction A B? A.) The reaction rate A is negative B.) The reaction rate B is positive C.) The substance B increases in concentration while substance A decreases in concentration D.) All of the statements are correct. 22. What is the reaction order of the reactant H2in the equation H2 + l2 2HI? C.) the reactant of greater concentration D.) the reactant of less concentration B.) 1kJ C.) 0 D.) 1000kJ A.) 0 В.) 1 С.) 2 D.) 3 23. What is the relationship between the boiling point of a solution and of a pure solvent? A.) Boiling point of pure solvent is lower than boiling point of solution B.) Boiling point of pure solvent is higher than boiling point of solution C.) Boiling point of pure solvent is equal to the boiling point of solution D.) Boiling point of pure solvent has negligible difference when compared to boiling point of solution
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