Chemistry questions

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Zngrq

Science

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answer these chemistry question you don’t have to write report just amswer the questions and draw the graph I will post all the questions and I will post the experiment information to help you

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REACTION 3 M= 1.00x10-2M Vi= 15.00 mL My = 4.00x10-8 M V; = 10.00 mL Concentration of 103 in 50.0 mL flask Concentration of HSO3 in 50.0 mL flask Same as Reaction 1 00 00 M= Concentration of each reactant in the reaction beaker before any reaction: [10] [HSO3-) Same as Reaction 1 lo M= M= REACTION 4 M = 1.00x10-2 M Vi = 20.00 mL M = 4.00x10-3 M Vi = 10.00 mL Concentration of 103 in 50.0 mL flask Concentration of HSO3 in 50.0 mL flask Same as Reaction 1 M= Concentration of each reactant in the reaction beaker before any reaction: [103] [HS0;-) Same as Reaction 1 M= M= 18-8 REPORT SHEET NAME: Sec REACTION RATES 18 Calculate the concentration of each diluted reactant in the 50.0 mL volumetric flask. Then calculate the concentration of each reactant in the reaction beaker before any reaction has occurred. REACTION 1: IO3 HSO3 My = 1.00x10-2 M Vi= 5.00 mL M = 4.00x10-M Vi = 10.00 mL Concentration of 103 in 50.0 mL flask Concentration of HSO3 in 50.0 mL flask M= M= Concentration of each reactant in the reaction beaker before any reaction: [103] (HSO3-) M= M= OM REACTION 2: M = 1.00x10-2 M Vi=10.00 mL M = 4.00x10-3M Vi = 10.00 mL Concentration of I03 in 50.0 mL flask Concentration of HSO3 in 50.0 mL flask Same as Reaction 1 M= Concentration of each reactant in the reaction beaker before any reaction: [103] [HS0,-) Same as Reaction 1 M= M= 18-7 NAME: REACTION 5 M; = 1.00x10-2 M Vi= 10.00 mL M 4.00x10-3M Vi = 15.00 mL Concentration of 103 in 50.0 mL flask Concentration of HSO3 in 50.0 mL flask M= M= Concentration of each reactant in the reaction beaker before any reaction: (103) [HSO3) 10 MONDOWO OVIAD M= M= 1 REACTION 6 M; = 1.00x10-2M Vi = 10.00 mL M = 4.00x10-3M Vi = 30.00 mL Concentration of 103 in 50.0 mL flask Concentration of HSO3 in 50.0 mL flask Same as Reaction 5 M= Concentration of each reactant in the reaction beaker before any reaction: (103) [HS0,-) Same as Reaction 5 M= M= 18-9 DATA TABLE Concentration in reaction beaker Time (s) for [103] [HSO3-] Color to Appear Reaction "Rate of reaction" Time (51) 1 652s 2 2 64s 3 1765 4 1485 5 151s 6 64.95 CALCULATION OF REACTION ORDERS AND THE RATE CONSTANT 1. Using your graph, select 2 reactions on or closest to the straight line and use them to determine the order of the reaction with respect to IO3 m = 2. Using 2 of the reactions, determine the order of the reaction with respect to HSO3- n= Using a different pair of reactions, determine the order with respect to HSO3- n= 18 - 10
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I was struggling with this subject, and this helped me a ton!

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