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If % difference is greater than 5% perform trial 2. Trial 1 Trial 2 97.0°C 6.0°C 60.mL 269.ml 763-9mmesl Temperature of boiling water: T1 Temperature of water in sink: T2 Volume of water drawn into flask: AVobs'd Volume of air in flask at T1: V1. Barometric pressure: P1 Vapor pressure of water at T2: PH20 Partial pressure of dry air: P2 756.9mmHg Calculated volume of air in flask at T2: V2 (catera) = (Show one set- up) () V2 (calcrd) =V Calculate V2(obs'd) (Show one set-up) V2 (obsid) = V – AVobsid % Difference between V2(calc'd) and V2(obs'd). (Show one set-up) V2 (calcra) - V2 (obsid) V2 (calcıd) % Difference х 100% %3D

If % difference is greater than 5% perform trial 2. Trial 1 Trial 2 97.0°C 6.0°C 60.mL 269.ml 763-9mmesl Temperature of boiling water: T1 Temperature of water in sink: T2 Volume of water drawn into flask: AVobs'd Volume of air in flask at T1: V1. Barometric pressure: P1 Vapor pressure of water at T2: PH20 Partial pressure of dry air: P2 756.9mmHg Calculated volume of air in flask at T2: V2 (catera) = (Show one set- up) () V2 (calcrd) =V Calculate V2(obs'd) (Show one set-up) V2 (obsid) = V – AVobsid % Difference between V2(calc'd) and V2(obs'd). (Show one set-up) V2 (calcra) - V2 (obsid) V2 (calcıd) % Difference х 100% %3D

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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I don’t need answers to trail 2, I only need answers to questions 1,2and 3. Also I have to change degrees to kelvin when solving
If % difference is greater than 5% perform trial 2. Trial 2 Trial 1 97.0°C 6.0°C 60.ML 269.ml 763-9mmtsl Temperature of boiling water: T1 Temperature of water in sink: T2 Volume of water drawn into flask: AVobe'd Volume of air in flask at T1: V1 Barometric pressure: P1 Vapor pressure of water at T2: PH20 Partial pressure of dry air: P2 756.9mm1g Calculated volume of air in flask at T2: V2 (catcra) = (Show one set- up) (T2P V2 (catcra) =VT, P, Calculate V2(obs'd) (Show one set-up) V2 (obsid) = V - AVobsıd % Difference between V2(calc'd) and V2(obs'd). (Show one set-up) |V2 (calcra) V2 (obsid) | % Difference х 100% %3D V2 (calcıd)
Transcribed Image Text:If % difference is greater than 5% perform trial 2. Trial 2 Trial 1 97.0°C 6.0°C 60.ML 269.ml 763-9mmtsl Temperature of boiling water: T1 Temperature of water in sink: T2 Volume of water drawn into flask: AVobe'd Volume of air in flask at T1: V1 Barometric pressure: P1 Vapor pressure of water at T2: PH20 Partial pressure of dry air: P2 756.9mm1g Calculated volume of air in flask at T2: V2 (catcra) = (Show one set- up) (T2P V2 (catcra) =VT, P, Calculate V2(obs'd) (Show one set-up) V2 (obsid) = V - AVobsıd % Difference between V2(calc'd) and V2(obs'd). (Show one set-up) |V2 (calcra) V2 (obsid) | % Difference х 100% %3D V2 (calcıd)
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