I need typed answer 3 and 4 3) Starting at state A (see 1)), the gas goes through the following cycle: A BCD>A(see (1), (i), (i), (iv) on next page)Using the ideal gas law in the form of Charles law orland Boyle's law for each of these four steps, determine the statevariables for each of the states A, B, C and D. (Hint: For each step use the idea of initial and final values to form ratios ofvariables in these calculations.) Show your steps in arriving at the answer.Pressure(atm)Volume (L)Temperature (K)331 16State A4.00010.00(i) The gas expands isobarically to state B till its volume is three times the volume at A.Pressure(atm)Volume (L)Temperature (K)Details below hereState B(ii) Next the gas isochorically (isometrically) reaches the state C where the pressure is half the pressure at B.State C(i) Next the gas contracts at constant pressure and reaches the state D which has the same volume as state A.State D(iv) Next the gas goes from D to A and the cycle is complete.4) Plot P (y-axis) versus V (x-axis) on the graph blow using results for each state calculated above. Label the states anddraw lines connecting the states with appropriate direction for the gas cycle.

Hello. Since your question has multiple sub-parts, we will solve first three sub-parts for you. If…

3) Starting at state A (see 1)), the gas goes through the following cycle: A BCDA (see (0. (). (ii. (iv) on next page) Using the ideal gas law in the form of Charles law orland Boyle's law for each of these four steps, determine the state variables for each of the states A, B. Cand D. (Hint For each step use the idea of initial and final values to form ratios of variables in these calculations.) Show your steps in arriving at the answer. Pressretatm) Yolume (L) Iemperature (K) 351.16 State A 4.000 10.00 (O The gas espands isobarically to state B till its volume is three times the volume at A. Iemperature (K) Pressurgtatm) Yelume (L) Details below here State B (i) Next the gas isochorically (sometrically) reaches the state Cwhere the pressure is half the pressure at B. State C () Nest the gas contracts at constant pressure and reaches the state D which has the same volume as state A State D (iv) Next the gas goes from D to A and the cycle is complete. 4) Plot P(y-axis) versus V (x-axis) on the graph blow using results for each state calculated above. Label the states and draw lines connecting the states with appropriate direction for the gas cycle.

3) Starting at state A (see 1)), the gas goes through the following cycle: A BCDA (see (0. (). (ii. (iv) on next page) Using the ideal gas law in the form of Charles law orland Boyle's law for each of these four steps, determine the state variables for each of the states A, B. Cand D. (Hint For each step use the idea of initial and final values to form ratios of variables in these calculations.) Show your steps in arriving at the answer. Pressretatm) Yolume (L) Iemperature (K) 351.16 State A 4.000 10.00 (O The gas espands isobarically to state B till its volume is three times the volume at A. Iemperature (K) Pressurgtatm) Yelume (L) Details below here State B (i) Next the gas isochorically (sometrically) reaches the state Cwhere the pressure is half the pressure at B. State C () Nest the gas contracts at constant pressure and reaches the state D which has the same volume as state A State D (iv) Next the gas goes from D to A and the cycle is complete. 4) Plot P(y-axis) versus V (x-axis) on the graph blow using results for each state calculated above. Label the states and draw lines connecting the states with appropriate direction for the gas cycle.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

I need typed answer 3 and 4

3) Starting at state A (see 1)), the gas goes through the following cycle: A BCD>A
(see (1), (i), (i), (iv) on next page)
Using the ideal gas law in the form of Charles law orland Boyle's law for each of these four steps, determine the state
variables for each of the states A, B, C and D. (Hint: For each step use the idea of initial and final values to form ratios of
variables in these calculations.) Show your steps in arriving at the answer.
Pressure(atm)
Volume (L)
Temperature (K)
331 16
State A
4.000
10.00
(i) The gas expands isobarically to state B till its volume is three times the volume at A.
Pressure(atm)
Volume (L)
Temperature (K)
Details below here
State B
(ii) Next the gas isochorically (isometrically) reaches the state C where the pressure is half the pressure at B.
State C
(i) Next the gas contracts at constant pressure and reaches the state D which has the same volume as state A.
State D
(iv) Next the gas goes from D to A and the cycle is complete.
4) Plot P (y-axis) versus V (x-axis) on the graph blow using results for each state calculated above. Label the states and
draw lines connecting the states with appropriate direction for the gas cycle.

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