I am doing an experiment on the kinetics bromide bromate reaction.
is it possible that my order of reaction does not correspond to the mole ratio of the reactant in the stoichiometric equation?
Yes, it is possible
because the order of any reaction is fully experimental fact. It does not depend on the stoichiometry of the reactant taken
except elementary reaction.
I am doing an experiment on the kinetics bromide bromate reaction. is it possible that my...
I am doing an experiment of Bacillus subtilis on death kinetics. As it is a spore forming bacteria, will the spore affect the death kinetics results?
I am working on an experiment on the death kinetics of Bacillus spp. Is it advisable for me to incubate the micro seed in peptone water, as well as the food sample I am testing, as a comparison? Or I do not even need to do a comparison, and just focus on my food sample. Thank You.
The reaction between bromate ions and bromide ions in acidic aqueous solution is given by the equation BrO3- (aq) + 5 Br – (aq) + 6 H+ (aq) à 3 Br2 (l) + 3 H2O (l) The table below gives the results of four experiments. Using these data, determine the orders for all three reactants, the overall reaction order, and the value of the rate constant. What is the value of k? What are the units of k? Experiment...
I am doing my lab report for organic I and I want to know if in the synthesis of an Alkyl Halide Nucleophilic substitution reaction, would the following be possible? 2-propanol + HBr = 2-bromopropane + H2O C3H8O + HBr = H2O + C3H7Br
I am doing a free-falling experiment with five trials with a meter stick and need to calculate reaction time (s). I need to convert to both SI units and English units. My stats are Fall Distance 1: 31cm Fall Distance 2: 20cm Fall Distance 3: 22cm Fall Distance 4: 15cm Fall Distance 5: 14cm 1. I need to calculate the reaction time for each and then the average reaction time 2. I need to show conversion of fall distance from English...
After doing the problem I am
still unsure about my assumptions based on the premise that this
reaction is not supposed to occur in our experiment and I don't
know why?
5) We employ 2% NaCl in the electrolyte of the Oz/Fe cell. In this case, a concern is the oxidation of cl-ions to chlorine gas (201- → Cl2 + 2e -) instead of oxidation (corrosion) of Fe (Fe → Fe2+ + 2e-). Indeed, in cathodic protection of ships and...
Can
someone please help with the reactions and equation based on this
experiment. I am trying to write a lab report
Experiment 14 ates of Reaction: a Clock Reaction Objectives .To determine the overall order of a reaction To determine the effects of concentration, temperature and catalyst on a reaction rate Prior Reading Chemistry The Central Science Related topics in Chapter 14 Introduction Kinetics represents the study of the rates of chemical reactions. The rate at which reactants are converted...
so
i am supposed to calcuate the percent yield for my Sn1 t-butyl
chloride reaction done in organic. I am unsure how to proceed with
this as its been a year since doing any of the calculations. its
the synthesis of t-butyl chloride. Can you show me how to calculate
for the Limiting reagent and how to use that to calcuate the
percent yield. ive attatched my mole table and balanced eqn for the
experiment and we used 12 M...
I am doing an experiment on fluidization. The fluid used for the experiment is gas (air). I need to know the viscosity to do some calculations. However, when I search the internet, it seems that I have found different values. May I know what is the common value use for the air at room temperature viscosity?
Lab 1l: Kinetics In the Kinetics Lab, the reaction of iodide with persulfate was studied, and it was determined that the rate law was first order in each reactant. 21(a)s20 (22 S042(ag) rateS2091 (a) If [I-] = 0.0550 M, [S2O82-]-0.0350 M, and kー0.00400 M-1 s-1, what is the reaction rate? M/s (b) If [I-]-0.0500 M, [S2082-]-0.0350 M, and the reaction rate is 5.90×10-6 M/s, what is the rate constant? M-1s-1 (c) The reaction rate was determined indirectly in this lab...