0
answers
0
watching
136
views
18 Dec 2019
The decomposition of hydrogen iodide:
2HI(g) ® H2(g) + I2(g)
Is second order and has a rate constant of The rate constant is 0.838 M-1 day-1 at 600 K. Assuming an initial concentration of 0.100 M, determine at this temperature
The half-life (in days)
The number of days needed for the HI concentration to reach a value of 0.088 M
The decomposition of hydrogen iodide:
2HI(g) ® H2(g) + I2(g)
Is second order and has a rate constant of The rate constant is 0.838 M-1 day-1 at 600 K. Assuming an initial concentration of 0.100 M, determine at this temperature
The half-life (in days)
The number of days needed for the HI concentration to reach a value of 0.088 M