Please give answer 5.2 and 5.3 ChemistryEx 5.1) Which of the following would you predict to best represent the totalpressure of the system Ptot in terms of the pressure of each gas individually (Predand Pblue)?Ex 5.2) Click the 'show total pressure' toggle to plot (in black) the total pressure ofthe system. After observing the total pressure of the system, which of thefollowing would you predict to best represent the total pressure the system Ptotin terms of the pressure of each gas individually (Pred and Pblue)?Ex 5.3) Rationalise your observations in the previous problem by answering thefollowing question. If two different gases have the same total kinetic energydistributed among the molecules and are confined to identical containers, wouldyou expect a difference in the pressure each gas exerts on the container? Underwhat condition(s) would you expect a difference in the distribution of speeds?Ex. 5.1 Which of the following would you predict to best represent the total pressure of the system Ptot interms of the pressure of each gas individually (Pred, Polue)?(a) Ptot = Pred + Polue(b) Ptot = Pred × Polue(c) Prot = edPolue(d) Ptot = Pred – PolueEx. 5.2 Click the 'Show Total Pressure' toggle to plot (in black) the total pressure of the system. Afterobserving the total pressure of the system, which of the following would you predict to best representthe total pressure of the system Ptot in terms of the pressure of each gas individually (Pred, Polue)?(a) Ptot = Pred + Polue(b) Ptot = Pred × Polue(c) Ptot = edPlue(d) Ptot = Pred - PolueEx. 5.3 Rationalize your observations in Ex. 5.2 by answering the following question: if two different gaseshave the same total kinetic energy distributed among the molecules and both gases are confined toidentical containers, would you expect a difference in the pressure each gas exerts on the container?Choose the answer with the best explanation. HINT: use Eq. (2)(a) There will not be a difference in pressure. Heavier gases will be moving faster, but when themolecules impact the side of the container, their increased mass will compensate for their smallervelocity and the pressure will remain constant.(b) There will not be a difference in pressure. Heavier gases will be moving slower, but when themolecules impact the side of the container, their increased mass will compensate for their smallervelocity and the pressure will remain constant.(c) There will be a difference in pressure. Heavier gases will be moving faster and when the moleculesimpact the side of the container, their increased speed will result in a greater force of impact andhence a greater pressure.(d) There will be a difference in pressure. Heavier gases will be moving slower and when the moleculesimpact the side of the container, their decreased speed will result in a smaller force of impact andhence a lower pressure.please ignore ex 5.1, i forgot to crop it out

Dalton's law of partial pressure: It states that the total partial pressure of the mixture is equal…

Ex. 5.2 Click the 'Show Total Pressure' toggle to plot (in black) the total pressure of the system. After observing the total pressure of the system, which of the following would you predict to best represent the total pressure of the system Pot in terms of the pressure of each gas individually (Pred, Palue)? (a) Ptot = Pred + Polue (b) Ptot = Pred X Polue Peed %3D (c) Pot %3D Pue Pred - Polue (d) Ptot = Ex. 5.3 Rationalize your observations in Ex. 5.2 by answering the following question: if two different gases have the same total kinetic energy distributed among the molecules and both gases are confined to identical containers, would you expect a difference in the pressure each gas exerts on the container? Choose the answer with the best explanation. HINT: use Eq. (2) (a) There will not be a difference in pressure. Heavier gases will be moving faster, but when the molecules impact the side of the container, their increased mass will compensate for their smaller velocity and the pressure will remain constant. (b) There will not be a difference in pressure. Heavier gases will be moving slower, but when the molecules impact the side of the container, their increased mass will compensate for their smaller velocity and the pressure will remain constant. (c) There will be a difference in pressure. Heavier gases will be moving faster and when the molecules impact the side of the container, their increased speed will result in a greater force of impact and hence a greater pressure. (d) There will be a difference in pressure. Heavier gases will be moving slower and when the molecules impact the side of the container, their decreased speed will result in a smaller force of impact and hence a lower pressure.

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...