Step 1 of 7Give the equation for the Helmholtz energy, A. (Use the following as necessary: S, T, and U.)A = U-TSU-TSGive the equation for entropy that contains the canonical partition function, Q. (Use the following as necessary: E, kB, Q, and T.)ES = kaln(Q)+ETkB ln (Q) +4Step 2 of 7We only need to consider the translationaltranslational partition function for an ideal monatomic gas, so E = U - Uo.Combine this equation with the equations for S and A from Step 1. (Use the following as necessary: kB, Q, T, U, and Up.)A = -Tk ln(Q) + U₁U₁ - kBT ln(Q)Step 3 of 7Substitute the equation from Step 2 into the given equation for P and complete the partial derivative. (Use the following as necessary: KB, Q, T, U, and Up.)P =-(3x),・ (a In (@)), · KB¹KBTStep 4 of 7For an ideal monatomic gas, the following is true. (Use the following as necessary: T, U, and V.)UT0Step 5 of 7Give the equation for the canonical partition function Q. Remember that only the translational partition function needs to be considered for an ideal monatomic gas. (Use the following as necessary: e, h, kB, m, N, 7, T, and V.)N(2πmkBT) VeNh³Q =(2µmkµT)h³vStep 6 of 7Determine In(Q) using the equation for Q from Step 5. (Use the following as necessary: e, h, kg, m, N, T, T, and V.)In(Q) =Substitute into the equation for P from Step 3 and solve the partial derivative. (Use the following as necessary: e, h, kB, M, N, π, T, and V.)P =(au ) ₁ =

HERE m is mass,KB is Boltzman constant, T is temperature, V is volume, h is plank const, e is charge…

Step 6 of 7 Determine In(Q) using the equation for Q from Step 5. (Use the following as necessary: e, h, kg, m, N, 7, T, and V.) In(Q) = Substitute into the equation for P from Step 3 and solve the partial derivative. (Use the following as necessary: e, h, kg, m, N, 7, T, and V.) P =

Step 6 of 7 Determine In(Q) using the equation for Q from Step 5. (Use the following as necessary: e, h, kg, m, N, 7, T, and V.) In(Q) = Substitute into the equation for P from Step 3 and solve the partial derivative. (Use the following as necessary: e, h, kg, m, N, 7, T, and V.) P =

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...

See similar textbooks

Similar questions

A mole of X reacts at a cons Before the reaction, the volur Calculate the value of the tot
Consider the following reaction between nitrogen and hydrogen gases. N2(g) + 2H2(g)→ N2₂H4(9) AH = +16 kj/mole Complete the following sentence to best describe this reaction. This reaction is (hot/cold). V (endothermic/exothermic) and the reaction vessel would feel jc
13
Original temperature of HCI Solution is 20.6 degrees Celsius, Original temperature of NaOH Solution is 20.6 degrees Celsius, Final temperature of mixture is 26.9 degrees Celsius, Calculate T(Use the Average of the Initial Temperatures.
Please answer correct significant figu
Calculate the DH0of the following reaction N2H4 (s) + 2H2O2 (s) ---> N2 (g) + 4 H2O (s) N2H4 (s) + O2 (g) ---> N2 (g) + 2H2O (s) DH0 = -622.2 kj H2 (g) + ½ O2 (g) ---> H2O (s) DH0= -285.8 kj H2 (g) + O2 (g) ---> H2O2 (s) DH0= -187.8 kj
Please help with questions 5-12. Note: mass of HCl solution = 50.0g and mass of NaOH solution = 50.0g
-76°F Which is the balanced equation for: C3H8+ O2 CO2 + H₂O Temps plummet Esc O O F2 3C3H8+502 4CO2 + H₂O 4C3H8 +2 02 → CO₂ + 2H₂O C3H8 +502 F3 →>> # → 2C3H8 + 02 → 2CO2 + H₂O ->> F4 3 CO2 + 4 H20 F5 F6 O Search F7 A F8 & F
Question 6 Which of the following graph represents the change in the Potential Energy (PE) of the particles in the system when the substances undergoes the change corresponding to path I? PE с A D B Pressure (atm) A 10³ 10² 10¹ P 10-1 10-² 10-3 Т IV PE 20 ||| || 40 B C PE Т TREF 60 Temperature (K) 80 Т 100 PE D Т
6. Consider the reaction noitos to 38H HCI + NaOH → NaCl + H,O 2noiteonO ded-teo1 Which you also performed in the experiment Stoichiometry of Two Reactions. Given the information below: Initial temperature °C maa HCl solution 22 NaOH solution 22 o oulsd 10 s Final temperature °C 26.1 madovs o oitoson or os W Temperature Change °C А. Calculate the amount of heat evolved when 15 mL of 1.0M HCl was mixed with 35 mL of 1.0 M NAOH. n 1g ieodl ni agnerto sd es bonlhal d welsto sYT В. Calculate AH° per mole of water formed from this data: Heat evolved Joules kilojoules/mole
Cot Write the equilli brium expression of (: (s) + 2H₂ (g) = (H₂ (g) сна
In biological systems, enzymes are used to accelerate the rates of certain biological reactions. Glucoamylase is an enzyme that aids in the conversion of starch to glucose (a sugar that cells use for energy). Experiments show that 1 μg mol of glucoamylase in a 4% starch solution results in a production rate of glucose of 0.6 μg mol/(mL)(min). Determine the production rate of glucose for this system in units of lb mol/(ft3)(day). A. 0.0015 lb mol/(ft3)(day) B. 0.0315 lb mol/(ft3)(day) C. 0.0539 lb mol/(ft3)(day) D. 0.3569 lb mol/(ft3)(day)