Include the following in your report. Show all calculations and clearly denote your calculated values by putting a box around them or highlighting them in some way. Use the correct number of significant figures and the correct units. 1.5. Calculate the reaction rate for all six reactions according to EQUATION 5. Show an example 0. calculation and then report the six reaction rate values in a table along with your measured 10 values of t. 2. Show your calculations for determining the exponents in EQUATION 1. Note: that because the thiosulfate concentrations are the same for each sample, when finding the ratio of two rates as in EQUATION 2, the concentration of thiosulfate will drop out. Therefore the following relationship holds: Also, note that when solving for x or y in EQUATION 2, you can take the logarithm of both sides to solve for the exponent. I7log(Rate2Rate1)=log([H2O2]2[H2O2]1)x=xlog([H2O2]2[H2O2]1) (Equation 6) 3. Write the correct rate law for the reaction in SCHEME 1. It will be written like the expression in EQUATION 1, but with the exponents expressed as numbers. 4. What are the correct units for the rate constant for the rate law? M1S1 Determine the effect of temperature by using the results from experiments 1 and 5. At a higher temperature the rate constant will be greater. Using your experimental data, determine the ratio of the rate constant from experiment 5 to that of experiment 1 and give your value for the unitless ratio (k1k3). Using your experimental data, determine the ratio of the rate constant from experiment 6 to that of experiment 1 and give your value for the unitless ratio (k1k0)