At 593k a particular decomposition’s rate constant had a value of 5.21×10−4 and at 673k the same reaction’s rate constant was 7.42×10−3. it was noticed that when the reactant’s initial concentration was 0.2264 m (with a 593k reaction temperature), the initial reaction rate was identical to the initial rate when the decomposition was run at 673k with an initial reactant concentration of 0.05999 m. recall that rate laws have the form rate = k [a]x and, showing work, determine the order of the decomposition reaction.

You just calculated that the heat of fusion for chloromethane is 6400 j/mol. the heat of fusion for hydrogen is 120 j/mol.? which of the following account for this difference? more than one correcta. chloromethane can absorb more energy at the same temperature. b. hydrogen has stronger intermolecular forces than chloromethane. c. hydrogen molecules can pack more closely than chloromethane molecules. d. chloromethane experiences dipole-dipole interactions. e. chloromethane has a higher molar mass than hydrogen.