Write a report on AI based Social distancing monitoring using drone with out human interaction report should contain drone design it specification it's algorithm control system algorithm.minimum 10 A4 size page.No plagiarism is allowed other wise down rate is given

A 2-m³ rigid insulated tank initially containing saturated water vapor at 1 MPa is connected through a valve to a supply line that carries steam at 400°C. Now the valve is opened, and steam is allowed to flow slowly into the tank until the pressure in the tank rises to 2 MPa. At this instant the tank temperature is measured to be 300°C. Determine the mass of the steam that has entered and the pressure of the steam in the supply line. The initial and final properties of steam in the tank are v₁ = 0.19436 m³/kg, u₁ = 2582.8 kJ/kg, v₂ = 0.12551 m³/kg, and u₂ = 2773.2 kJ/kg. Solve using appropriate software.

The mass of the steam is kg.

The pressure of the steam is kPa.

6.Write a report on AI based Social distancing monitoring using drone with out human interaction report should contain drone design it specification it's algorithm control system algorithm.minimum 10 A4 size page.No plagiarism is allowed other wise down rate is given
Don't copy from old Chegg answers

A hot plate with a temperature of 60 ° C will be cooled by adding 50 triangular profile needle blades k = 209 W / mK with a length of 59 mm and 10 mm. The ambient temperature is 20 C and the heat transfer coefficient on the surface is 20 W / m2K according to the situation;

a-) Wing efficiency,

b-) Total heat transfer rate (W) from the wings,

c-) Calculate the effectiveness of a wing.

How can I explain these question? If need more info. You can ask. Thank you :)

1. Briefly state difference between torsion of circular sections and torsion of rectangular sections
2. Compare maximum stress of a square profile with that of a circular inscribed profile (state assumptions)

Chapter 3, problem 7

Discuss three modes of chip formation when machining unidirectional FRPs.
Discuss the influence of fiber orientation and rake angle on each mode.

QUESTIONS:

Net present value (NPV) of the wind farm project
In order to make this calculation, we need to convert some of the information we have
into annual figures:
1. What are the O&M costs in euro for each year (€/year)?
2. What is annual revenue from selling the electricity (€/year)?
3. What is the annual net income (€/year)?
4. What is the net present value of this wind farm project(€)? Hint: when calculating
with NPV function don't forget to extract the decommissioning cost from the last
years net income.

DATA:
The basic information about the wind farm:
Wind farm capacity (MW) 50
Capital investment (€) 65 000 000
Period of operation (years) 20
Decommissioning costs (€) 3 000 000
O&M costs (€/kWh) 0.0091
Annual energy production (kWh) 110 000 000
Electricity selling price, tariff (€/kWh) 0,075
Annual discount rate (%) 8

Can you please help me solve this engineering economics question, I am really confused.

Please be very specific when explaining your solution & show all formulas used.

Thank you,

J.

A heat exchanger with 1 body - 4 pipe passages and 109 pipes (2.6 cm diameter each, 4 m long thin wall per passage) at each passage will be used to heat the air. The water enters the pipes with a mass flow of 8 kg / h at 350 K temperature and the air enters the body with a mass flow of 18 kg / h at a temperature of 15 C. The pollution factor of the sediment formed inside the pipe over time is 0.0026 m2K / W. The transport coefficients on the inner and outer surfaces of the pipes are estimated at 450 and 200 W / m2K, respectively. Using specific temperatures at 25 C for air and water

a-) The effectiveness of the heat exchanger by drawing the shape of the problem,

b-) Heat transfer rate (kW),

c-) Calculate the outlet temperatures (C) of the water and air and show the temperatures in the T_L diagram.

5.Write a report on AI based Social distancing monitoring using drone with out human interaction report should contain drone design it specification it's algorithm control system algorithm.minimum 10 A4 size page.No plagiarism is allowed other wise down rate is given
Don't copy from old Chegg answers

Explain the Hume-Rothery Rule. Which parameters are more critical than others? What happens if two metals satisfy/don’t satisfy the rule?

1- In a system with outdoor air for ventilation:
(a) the load on coil is equal to the load on building
(b) the load on building is greater than the load on coil
(c) the load on building is less than the load on coil
(d) the Coil ADP is less than room ADP.
2- Evaporative cooling systems are:
(a) attractive for hot and humid climates
(b) attractive for hot and dry climates
(c) ideal for comfort applications
(d) ideal for several industrial applications
3- Selection of a suitable air conditioning system depends on:
(a) Type of the building
(b) Initial and running costs
(c) Reliability and serviceability
(d) All of the above
3- Match the following:
(a) A large precision laboratory a. Variable air volume system
(b) Perimeter zone of a building b. Constant air volume system
(c) Simultaneous cooling and heating c. Multiple zone, single duct system
(d) A large building complex d. Dual duct system
4- A dedicated outside air unit is used to pre-cool 2,500 CFM(1.18m3
/s) of outside air at
31 °C DB and 85% relative humidity to 15.5 °C DB, 14 °C WB. What is the quantity of
water removed by the coil in GPM?
(a) 0.29 ?PM
(b) 0.33 ?PM
(c) 2.9 ?PM
(d) 2.4 ?PM
5- Which of the following statements are TRUE?
(a) Compared to central systems, the initial cost of a unitary system is less
(b) Unitary systems can be installed quickly and their operation is relatively simple
(c) Unitary systems consume less power compared to central systems of same capacity
(d) Unitary systems are ideal for retrofitting applications
6-Unitary refrigerant based systems are:
(a) used for very small capacities only
(b) are available only for cooling applications
(c) couldnot factory assembled with a performance guaranteed by the manufacturer
(d) also called as package units.
7- State which of the following statements are TRUE?
(a) By improving the internal air movement, the energy consumption of the air
conditioning system can be reduced substantially
(b) By increasing air movement, the thermostat of the air conditioning system can be
set at a lower temperature

A single-cylinder, four stroke research engine operates on Otto cycle. The specification
of the engine is shown as below:-
Displacement volume of the cylinder = 560 cm3
Clearance volume of cylinder = 70 cm3

Minimum temperature = 200°C
Minimum pressure = 200 kPa
Net work output = 1000 kJ/kg
Sketch the process on a P-V diagram and by using constant specific heat at room
temperature, determine:

1) the temperature and pressure at each process,
2) the thermal efficiency of the engine, and
3) the Mean Effective Pressure (MEP).

create a tool for detailed design and stress analysis of Spur Gears. Your tool can be based on one oft he following or a combination of any:, Matlab, Excel Spreadsheets, KISS soft software, Python,etc. and it can be supported by any FEA and/or CAD software .Use your developed tool to solve a full design problem of your choice.

We want to determine spesifications of very toxic fuel especially the particle diameters. After some studying we claim that the particle diameter is dp, exit speed is U, the liquid viscosity is u, surface tension is Y, density is p, the diameter of spraying injector exit is D. For a secure experiment we need to work with water. Design an experiment with water and determine the required conditions. Finally, for toxic fuel use the results of experiment for determining spesifications (especially the partical diameter) with mathematical expressions use dimensionless numbers if needed.