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Thermodynamics Homework Help - Your Success Route
Thermodynamics is neither extremely difficult nor tedious. But it could throw you challenges if you don't have fundamental thermodynamics concept clarity. The population of engineering degree courses and the teaching method used for applied thermodynamics also add difficulties for students to master this subject. Under these circumstances, experts feel that thermodynamics homework help is the best possible way for constructive learning. It enables students to get quality learning and assists them in retaining their subject knowledge. Other than that, sometimes, students fail to finish their assignments due to above-mentioned reasons. In this case, assignment help thermodynamics is one of the best options for them.
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TutorBin Thermodynamics Help l Thermodynamics Assignment Help
| Topics | Benefits |
|---|---|
| The work-energy theorem | 800+ Ph.D. Experts |
| Thermal expansion | Affordable Pricing |
| The ideal gas law | Detailed explanations |
| Conservation of energy | 24*7 Availability |
| Temperature and kinetic theory | Money Back Guarantee |
| Entropy, free energy, and enthalpy | Zero Plagiarism |
| Equilibrium | High-quality solutions |
Assignment Help Thermodynamics-Best Website In the USA
Team TutorBin has a dedicated team to oversee the homework help process goes smoothly. Our thermodynamics tutors assist students in overcoming challenges whenever they feel stuck. They also ensure that students' learning experience improves every time they opt for us. If you have a query like "Is it possible to offer thermodynamics help online?" We welcome you to experience the best online help in TutorBin.
Thermodynamics Homework Challenges
Educational surveys revealed that learning thermodynamics has become tough for several other reasons; lack of analytical and complex problem-solving skills are among them. Students often fail to develop analytical skills during their secondary education as they mostly focus on memorizing formulas and concepts rather than understanding them. This absence of clarity causes problems in advanced studies where teachers prioritize observation and analysis.
This subject is hard to follow for some students due to their less academic inclination towards physics, chemistry, and mathematics. Students find these subjects less enjoyable to study due to their limited knowledge. In addition, students nowadays are becoming less competitive than earlier. Students often find subjects difficult as they have learned technically. Squeezing the time frame to finish the coursework in haste often left teachers with less time to make topics engaging.
While students attempt their assignments, they don’t know how to complete their tasks without guidance. Thermodynamics assignment help guide students to understand their tasks.
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TutorBin has become one of the significant Thermodynamics homework doers in the Edtech industry for its dedicated, high quality yet affordable service. Our thermodynamics tutors provide online homework help to students. We ensure that grad school and university students who are opting for our services get satisfied due to high quality academic help and will be able to boost their performance. We aim to make study easier, learning-oriented yet affordable. Below, we have discussed some of the factors that prove why students prefer us in the first place.
FAQs On Thermodynamics Assignment Help
We often get questions like Can I pay someone for thermodynamics help? Or Some students get concerned about their thermodynamics tutors. For any questions, feel free to contact our executive. These FAQs will help you to get answers to some of your questions. When people ask us “Can you do my thermodynamics assignments?” or “Can I pay someone to do my thermodynamics assignments?”- We say yes to that. For questions like “Is it legal to pay someone to do my thermodynamics assignments?”- we like to remind students that there is no legal prohibition in taking professional academic help.
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The charge for the thermodynamics homework doer varies depending on the question complexity and the deadline proximity. Complex and time consuming problems cost a bit more, though the charges are affordable.
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Below, we have given the advantages that make TutorBin the preferred choice for students.
How long will it take to get thermodynamics homework help?
The time limit varies depending on a few factors. After checking the difficulty level of the problem, availability of experts, and the deadline, executives confirm the time. However, we try to complete homework as soon as possible and ensure that it gets uploaded before the set timeline.
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Question 1
Verified
5. A vacuum pressure of 50 kPa at sea level is equal to an absolute pressure of,_____КРа.
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Question 2
Verified
1) The specific kinetic energy of a moving mass is given by ke – V^2/2, where V is the velocity of the mass. Determine the specific kinetic energy of a mass whose velocity is 100 ft/s, in Btu/lbm.
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Question 3
Verified
A gas mixture contains carbon dioxide (CO2) and air. The mass fraction of air in the mixture is 33%. The gas mixture is to be used as working fluid in closed loop gas turbine. The mixture enters the turbine at 0.8 MPa and 1527 °C and expands isentropically to a pressure of 700 kPa, using table A.1 and Table A2. c, determine the mass flow rate (kg/s) of the gas mixture needed to produce 1.36 MW when the inlet conditions for velocity and height are is 660 m/s and 200 m respectively, and exit conditions are at 90 m/s and 5 m, assume no heat loss and a value of 1.443 for the heat capacity ratio of the gas mixture.
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Question 4
Verified
The spectral emissivity function of a diffusive surface at 800K is approximated as follows.Determine the total emissivity of the surface.
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Question 5
Verified
1) Enthalpy, H, is a convenience function, defined as H = U + PV. Using steam tables, find H, U, and V for water and show that this equation is true at the following conditions: (a)100°C and 0.01 MPa, (b) 100°C and 0.11 MPa. Report the phase (saturated liquid, saturated vapor, subcooled liquid, superheated vapor) at each condition. (10 pts)
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Question 7
Verified
1. A rigid tank of volume 0.26 m³ contains hydrogen (Molar weight 2.016 kJ/kmol) at 15 °C and 101 kPa. A paddlewheel stirs the tank, adding 17.8 kJ of work. Over the same time period, the tanks loses 9.3 kl of heat to the environment. Assuming the specific heat of hydrogen is constant 10.12 kl/kgk, find the final temperature.
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Question 8
Verified
(3) Estimate through literature review isentropic efficiency for turbines and pumps. State your sources. Plot this on a Mollier (h-s) diagram (A4 size) for the key turbine stages. Re-calculate the steam cycle efficiency including the turbine and pump isentropic efficiencies.
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Question 9
Verified
1. Modified Problem 6.47 from the text: An insulated box is initially divided into halves by a frictionless, thermally conducting piston. On one side of the piston is 1.0 m' of air at 400K, 3 bar.On the other side is 1.0m of air at 300 K, 1.5 bar. The piston is released and equilibrium is attained.Using the ideal gas model for air determine: a) The final temperature of the air, in K b) The final pressure of the air in bar c) The motion of the piston, assuming a cross sectional area of 0.35 m? d) The amount of entropy produced in kJ/K.
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Question 10
Verified
D shows the manometer at different times. At which time is the gas pressure inside the tank is verylow suction pressure. Explain?
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Question 12
Verified
3. Pressure and temperature are both intensive properties of a system.
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Question 13
Verified
Consider an engine with a gas power cycle that can be modeled using the ideal Otto cycle. Just before compression, the gas has a pressure of P = 93 kPa, a temperature of T = 25°C, and a volume of V =0.005 m³. During the cycle, the engine obtains a maximum temperature of T = 1123 °C. Determine the heat rejection during each cycle, and determine the net-work produced during each cycle. Use cold air
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Question 14
Verified
4-29 A piston-cylinder device contains 0.85 kg of refrigerant-134a at -10°C. The piston that is free to move has a mass of12 kg and a diameter of 25 cm. The local atmospheric pres-sure is 88 kPa. Now, heat is transferred to refrigerant-134auntil the temperature is 15°C. Determine (a) the final pres-sure, (b) the change in the volume of the cylinder, and (c) the change in the enthalpy of the refrigerant-134a.
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Question 15
Verified
3. (1-50) A pressure gauge connected to a tank reads 500 kPa at a location where the atmospheric pressure is 94 kPa. Determine the absolute pressure in the tank.
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Question 17
Verified
The molar specific volume of a system V is defined as the ratio of the volume (V) of the system to the number (N) of moles of substance contained in the system. Is this an extensive or intensive property? (10 pts)
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Question 18
Verified
An inventor claims to have developed a resistance heat that supplies 1.2 kWh of energy to a room for each kWh of electricity it consumes. This is a reasonable claim. O TrueO False
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