Answered step by step
Verified Expert Solution
Question
1 Approved Answer
Need help answering 5,6, and 7 Calculating Reactant Orders and Determining the Rate Law 5. Calculate the initial concentration of Iand S2O82 for each experiment.
Need help answering 5,6, and 7
Calculating Reactant Orders and Determining the Rate Law 5. Calculate the initial concentration of Iand S2O82 for each experiment. 6. Determine reactant orders by examining how rate changes with concentration. 7. Calculate the specific rate constant (k) using data from each experiment. SUPPLY LIST - KI(0.200M) - KCl(0.200M) - K2S2O8(0.100M) - K2SO4(0.100M) - Na2S2O3(0.00500M) Initial Concentration Calculations for Experiment 2 mmolI:.200MI10nat=2mmol [I]:25.5mL2mmolI=.0784M mmolSO82:0100MS2O825mL=.5mmol [S2O82]:25.5mL.5mmolS2O82=.0196M Calculating Reactant Orders and Determining the Rate Law 5. Calculate the initial concentration of Iand S2O82 for each experiment. 6. Determine reactant orders by examining how rate changes with concentration. 7. Calculate the specific rate constant (k) using data from each experiment. SUPPLY LIST - KI(0.200M) - KCl(0.200M) - K2S2O8(0.100M) - K2SO4(0.100M) - Na2S2O3(0.00500M) Initial Concentration Calculations for Experiment 2 mmolI:.200MI10nat=2mmol [I]:25.5mL2mmolI=.0784M mmolSO82:0100MS2O825mL=.5mmol [S2O82]:25.5mL.5mmolS2O82=.0196MStep by Step Solution
There are 3 Steps involved in it
Step: 1
Get Instant Access to Expert-Tailored Solutions
See step-by-step solutions with expert insights and AI powered tools for academic success
Step: 2
Step: 3
Ace Your Homework with AI
Get the answers you need in no time with our AI-driven, step-by-step assistance
Get Started