solve the ff using the given data Part 4: Runs 2-41. Repeat the steps in Part 3 for runs 2-4. You should have 5 trials per run.Run #1234Run 1Run 1 210.6Trial 1 (s)Trial 2 (s)218 201667971289 335 3018779Run 1 210.6Trial 3 (s) Trial 4 (s)Trial 5 (s)201 222 20573 825Calculate the initial [H₂O₂] on the paper ([H₂O₂]0), assuming the amount of H₂O₂ you added initiallywas diluted through the total volume of all reagents added to the paper:Average time (s) [H₂O₂] (M)287 358Calculate the initial [1] on the paper ([1]o), assuming the amount of you added initially wasdiluted through the total volume of all reagents added to the paper:Average time (s) [1]. (M)74 89 81Average time (s) [S₂0₂²] (M)210.6Calculate the initial [S₂O3³] on the paper ([S2O3²"]0), assuming the amount of S₂O3² you addedinitially was diluted through the total volume of all reagents added to the paper:Quantity[Na₂S₂O3] stock[KI] stock[H₂O₂] stockk'0.005M0.2M0.1M0.0386Value Part 1: Getting Ready1. Obtain 5 pieces of filter paper from your TA.2. Record the exact stock concentrations of the reactants into Table2.3. Obtain one pump (10 mL) of Na2S₂O3 in a 50 ml beaker.4. In a 50 mL beaker, obtain (12.5 mL) of 0.2 MKI.5. Obtain one pump (12.5 mL) of 0.1 M H₂O₂ in a 50 mL beaker and add 10drops of 6M HCL.6. Divide the filter paper into quarters.Part 2: Preparation of Solutions1. In a 25.00 mL volumetric flask add one pump (12.5 mL) of 0.1M H₂O₂, add10 drops of 6M HCL, and dilute to the mark with RO water.2. In a 25.00 mL volumetric flask add one pump (12.5 mL) of 0.2M KI and diluteto the mark with RO water.Part 3: Run 11. Place your watch glass on top of your white tile.2. Place a piece of filter paper on top of a watch glass. Label the filter paperwith an'x'to mark the center or target area for your reagents (see Figure 1on next page).3. Add the reagents as shown in Table 1 on the target you marked on the filterpaper. Your medicine dropper should be no more than an inch from thefilter paper.4. Start the timer as soon as you add the first drop H₂O₂.5. Record the time when you see the first sight of brown on the filter paper.6. Repeat steps 1-5 for this run four more times, cleaning the watch glass andusing a new filter paper for each trial.Figure 1: Appearance of filter paper over time.From left to right: Before reaction has started; first hint of brown appears; too much brown (after the point timeshould be recorded); an extreme example of brown.Table 1: Reagents for Runs 1-4Run 1Run 2Run 3Run 4Na₂S₂O30.005M1 drop1 drop1 drop1 dropKI0.1M2 dropsKI0.2M2 drops2 drops2 dropsH₂O₂0.05M1 dropH₂O₂0.1M2 drops2 drops1 dropFor the eyedroppersgiven, 1 drop < 10 μLBe sure to add thereagents in order aslisted from left toright.

To find out the concentration of H2O2, I-, and S2O32- for run-1 on the paper given that 1 drop of…

Calculate the initial [H₂O₂] on the paper ([H₂O₂]0), assuming the amount of H₂O₂ you added initially was diluted through the total volume of all reagents added to the paper: Average time (s) [H₂O₂] (M) Run 1 210.6 Calculate the initial [] on the paper ([1]), assuming the amount of you added initially was diluted through the total volume of all reagents added to the paper: Average time (s) [1] (M) 210.6 Run 1 Calculate the initial [S₂O3³] on the paper ([S2O3²¹]o), assuming the amount of S₂03³* you added nitially was diluted through the total volume of all reagents added to the paper: Average time (s) [S.O,²] (M) Run 1 210.6