Would the exponents, m and n, in your rate expression be larger than, smaller than, or unchanged from the correct values as a result of each of the following mistakes?  Indicate clearly your reasoning. Experiment 3: 20.0mL of 0.10M KI, 5.0mL of distilled water, 5.0mL H2O2 rate = k[H2O2]m[I-]n a) A leak occurred around stopper A in the mouth of the Erlenmeyer flask during experiment 3.

Table 1 Experiment Temperature of solution Exp k 273 Time for Color change(s) 12345 6 1457 278 1077 288 485 293 359 298 208 303 (equation 6)= k, = 2. 3. n In 1- 47 Determine the value of n (Equation (6)) from the concentrations of the solutions. Plot In 11/n versus 1/T and determine the activation energy for the reaction from the slope. Include the graphs in your report. 4. Determine the pre-exponential factor A from the intercept of your graph. 5. Determine the rate constants k₁ and k₂ at 25°C.

In bromine water test Procedure: -Add 3 ml of phenol and ethanol in separate test tube-Add 10 ml of water to each test tubes-Transfer to bigger test tubes-For phenol and ethanol, Add bromine water drop by drop until bromine color persists MUST DO: Observe formation of precipitate P.s I provided photos for better visualization of the overall result procedure, I just need a further and detailed answer based on observation. If answered properly I will upvote, I promise tyyy. Please do focus on the  formation of precipitate, thank youuu The first photo is the phenol one (colored one) and the second one is the ethanol (clear one)

May you please do question one and two.