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Please with short informations, step by step solve. :)
Question-2 (25%) Consider the (nw) reaction of...
please solve it step by step to understand all step please 2. Consider the special steel...
please solve it step by step to understand all step please
2. Consider the special steel spring in the illustration. (partial answers: F. = 81.9 N, T = 271 MPa) a) Find the pitch, solid height, and number of active turns. b) Find the spring rate. Assume the material is A227 HD steel. c) Find the force F, required to close the spring solid. Nts 12.5 Tums d: 3.4 mm D.50 -3.4-46-6 is = 120mm (squared or close a riant...
a) May you please solve this question in a clear way + step by step b)...
a) May you please solve this question in a clear way + step by
step
b) Apply it in matlab (code written)
Note that:
G(zoh)= (1-e-Ts )/s
Thank you
Consider the system shown below Rcs) CCS ZoH (25+3) CS+2) T-0.5sec Copute and Plot the step lesponse. fo o s « s 10.
Consider the system shown below Rcs) CCS ZoH (25+3) CS+2) T-0.5sec Copute and Plot the step lesponse. fo o s « s 10.
please help all questions step by step Zoom out (Ctri+ Minus) Question 4 (25 marks) Consider...
please help all questions step by step
Zoom out (Ctri+ Minus) Question 4 (25 marks) Consider a two-dimensiona! electron gas at the absolute zero of tem- perature (a) Prove that the density of states is given by τή where m is the electron mass and A is the area of our system. [7) (b) Prove that the Fermi energy is where Ne is the number of electrons in the system (c) Show that the density of states is g(E) N/Ep...
step by step for both please T71 pts Consider the reaction: NH, (g) + HCI (9)...
step by step for both please
T71 pts Consider the reaction: NH, (g) + HCI (9) ► NH,CI (s) Given the following table of thermodynamic data at 298 ok: Substance by admons Imoly NH HCI NHCI 4 6.19 -92.30 -314.4 192.5 186,69 94.6 The value of K for the reaction at 25°C is 150 1.4 x 10 1.1 x10-16 9.3 x1095 8.4 x109 Question 2 1/1 pts The equilibrium constant for the following reaction is 5.0 x 10% at 25°C....
Please help! Really need help to solve this question. Thank you so much! 4. Consider a classical particle at temperatur...
Please help! Really need help to solve this question. Thank you
so much!
4. Consider a classical particle at temperature T. Suppose the Hamilton (i.e. the total energy) function H for the particle can be written as a sum of independent quadratic terms in the variables on which H depends. That is, if H -H(31,£2... ), then Here,5 could be a position or a momentum coordinate, and the a's are constants. As an example, 2 2 Px for a ID...
Part 1 please! Consider the liquid reaction: A + 2B → 2C + D Rate units:...
Part 1 please!
Consider the liquid reaction: A + 2B → 2C + D Rate units: moles/cm3-min I. Write the reaction rate r in terms of concentrations C, and rate constant k if the reaction were elementary as written? o For this case, derive: -TA and kA o What are the units for kA? o Derive the molar species balance for A, in terms of XA, for a batch reactor charged with an equimolar mixture of A and B; i.e....
please help step by step phym316 mc 139%. question 4 (25 marks) Consider a metal bar with square cross-section that is 10 cm long and 1 cm wide. A potential difference of 250 V is applied across i...
please help step by step
phym316 mc 139%. question 4 (25 marks) Consider a metal bar with square cross-section that is 10 cm long and 1 cm wide. A potential difference of 250 V is applied across its ends. It has a resistivity of 10-8 2m and electron density of 6 x 10sm-3 (a) Calculate the relaxation time, T. (b) Calculate the shift in the Fermi surface due to the applied voltage. [51 15] (d) What is the thermal conductivity...
please solve step by step Problem Statement: if k 1000 N/m, c 100 N-s/m, Mo-25 N.m...
please solve step by step
Problem Statement: if k 1000 N/m, c 100 N-s/m, Mo-25 N.m and the dise parameters are given as: a. R-25 cm b. T(thickness) 2.5cm c. P (density) 7850 kg/m Conduct the following: 1. Derive the governing equation for the system shown in Fig.2. and find the natural and damping frequencies. 2. Draw the magnification factor Vs. r 3. Draw the phase angle Vs. r 4. Draw the response (x(t) using suitable computer software (eg. Matlab,...
please solve as soon as possible For questions 6 and 7 consider the reaction: 2 HI...
please solve as soon as possible
For questions 6 and 7 consider the reaction: 2 HI (g)H (g)+(g) 6. If the reaction is second order with respect to [HI] a plot of vs. t wi vs. t wil ll give a straight ine (a) [HI) (b) In [HI] (c) /[HI] (d) 1/H(e) 7. If the first half-life for this reaction is 20 seconds, the third half-life will be seconds. (a) 80 (b) 40 (c) 20 (d) 10 (e) 5
please solve the 2 Questions Question 4 (15) Let's consider the following elementary reaction A FB,...
please solve the 2 Questions
Question 4 (15) Let's consider the following elementary reaction A FB, where the equilibrium conversion is 80% at 127°C, and 50% at 227°C. Please calculate the heat of the above reaction, AH ,, in kcal/mol of A. 7x7 Question 4 (25) A graduate student is working on designing a continuous stirred tank reactor for her research. However, the only information she has is from a batch reactor for the following gas phase irreversible reaction 2A-B,...
please solve it step by step to understand all step please
2. Consider the special steel spring in the illustration. (partial answers: F. = 81.9 N, T = 271 MPa) a) Find the pitch, solid height, and number of active turns. b) Find the spring rate. Assume the material is A227 HD steel. c) Find the force F, required to close the spring solid. Nts 12.5 Tums d: 3.4 mm D.50 -3.4-46-6 is = 120mm (squared or close a riant...
a) May you please solve this question in a clear way + step by
step
b) Apply it in matlab (code written)
Note that:
G(zoh)= (1-e-Ts )/s
Thank you
Consider the system shown below Rcs) CCS ZoH (25+3) CS+2) T-0.5sec Copute and Plot the step lesponse. fo o s « s 10.
Consider the system shown below Rcs) CCS ZoH (25+3) CS+2) T-0.5sec Copute and Plot the step lesponse. fo o s « s 10.
please help all questions step by step
Zoom out (Ctri+ Minus) Question 4 (25 marks) Consider a two-dimensiona! electron gas at the absolute zero of tem- perature (a) Prove that the density of states is given by τή where m is the electron mass and A is the area of our system. [7) (b) Prove that the Fermi energy is where Ne is the number of electrons in the system (c) Show that the density of states is g(E) N/Ep...
step by step for both please
T71 pts Consider the reaction: NH, (g) + HCI (9) ► NH,CI (s) Given the following table of thermodynamic data at 298 ok: Substance by admons Imoly NH HCI NHCI 4 6.19 -92.30 -314.4 192.5 186,69 94.6 The value of K for the reaction at 25°C is 150 1.4 x 10 1.1 x10-16 9.3 x1095 8.4 x109 Question 2 1/1 pts The equilibrium constant for the following reaction is 5.0 x 10% at 25°C....
Please help! Really need help to solve this question. Thank you
so much!
4. Consider a classical particle at temperature T. Suppose the Hamilton (i.e. the total energy) function H for the particle can be written as a sum of independent quadratic terms in the variables on which H depends. That is, if H -H(31,£2... ), then Here,5 could be a position or a momentum coordinate, and the a's are constants. As an example, 2 2 Px for a ID...
Part 1 please!
Consider the liquid reaction: A + 2B → 2C + D Rate units: moles/cm3-min I. Write the reaction rate r in terms of concentrations C, and rate constant k if the reaction were elementary as written? o For this case, derive: -TA and kA o What are the units for kA? o Derive the molar species balance for A, in terms of XA, for a batch reactor charged with an equimolar mixture of A and B; i.e....
please help step by step
phym316 mc 139%. question 4 (25 marks) Consider a metal bar with square cross-section that is 10 cm long and 1 cm wide. A potential difference of 250 V is applied across its ends. It has a resistivity of 10-8 2m and electron density of 6 x 10sm-3 (a) Calculate the relaxation time, T. (b) Calculate the shift in the Fermi surface due to the applied voltage. [51 15] (d) What is the thermal conductivity...
please solve step by step
Problem Statement: if k 1000 N/m, c 100 N-s/m, Mo-25 N.m and the dise parameters are given as: a. R-25 cm b. T(thickness) 2.5cm c. P (density) 7850 kg/m Conduct the following: 1. Derive the governing equation for the system shown in Fig.2. and find the natural and damping frequencies. 2. Draw the magnification factor Vs. r 3. Draw the phase angle Vs. r 4. Draw the response (x(t) using suitable computer software (eg. Matlab,...
please solve as soon as possible
For questions 6 and 7 consider the reaction: 2 HI (g)H (g)+(g) 6. If the reaction is second order with respect to [HI] a plot of vs. t wi vs. t wil ll give a straight ine (a) [HI) (b) In [HI] (c) /[HI] (d) 1/H(e) 7. If the first half-life for this reaction is 20 seconds, the third half-life will be seconds. (a) 80 (b) 40 (c) 20 (d) 10 (e) 5
please solve the 2 Questions
Question 4 (15) Let's consider the following elementary reaction A FB, where the equilibrium conversion is 80% at 127°C, and 50% at 227°C. Please calculate the heat of the above reaction, AH ,, in kcal/mol of A. 7x7 Question 4 (25) A graduate student is working on designing a continuous stirred tank reactor for her research. However, the only information she has is from a batch reactor for the following gas phase irreversible reaction 2A-B,...
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