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Describe “What are path loss and shadowing in wireless propagation?” In the description, please explain the reasons of these two phenomenons and the impact of these phenomenons on wirele
Using the rat stereotaxic atlas in the course materials, devise a surgical plan for implanting a Michigan type array (Neuronexus) of 16 electrodes into the VL thalamus.
Apply nodal analysis to find i0 and the power dissipated in each resistor in the circuit.
An internal combustion engine often has a water pump and lube oil pump driven from the engine crankshaft.
Use Laplace transforms for the transient analysis of networks. Compute circuit responses to a step input in practical situations.
Design a suitable phase-lead controller. You should explain in detail how your design has been developed. Your solution should include Bode plots constructed both manually and using an appropriate p
What is the speed of the pump to achieve the service and backwash flow rates.
Find the deflection, u, for a load, F, of 35kN and determine the residual plastic strain in the members after removal of the load.
Compare your outcomes from parts a, b, and c above with the NACA 4412 experimental data and express the percentage difference between your outcomes and experiment.
Describe the general “four digit” system of designating aluminum alloys including modifiersThere are two types of aluminium alloy: 2024-T4 and 6061-T6511. Explain fully the meaning of th
Client is considering building a four story dual usage flats suitable for both residential and office usage to replace an existing two story building.
A spherical pressure vessel is constructed with a diameter of d = 45 cm. The vessel is to be capable of withstanding an internal pressure of p = 7 MPa, and the wall thickness is such as to keep the
Write down a MATLAB code to solve for the pressure and temperature variation all through the expansion process and to compute the work and heat produced in the processes for variable values of n.
Describe open and closed loop control systems. Explain differentiation between time varying and time invariant control system with appropriate example.
Solve the problem using the MIP method and report the flow-distance score of the layout. There are no building restrictions.
You are required to design a product and to present your final design solution as a poster.
Explain the process and establish contractual needs for MLDT and MADT. Use sketches and computations to justify your required values.
The three-phase 50 Hz synchronous generator is operating at unity power factor, with following conditions: line-line voltage 13kV, stator current 1000A, field current 80A, torque angle 20°.Determine
Describe in detail the final design with its major features. Why was the car designed with these features.
Briefly describe why an electronic soft starter is becoming much popular to limit the starting current of an induction motor.
The three-point bending test was performed on an aluminum oxide specimen having a circular cross section of radius 3.5 mm
Write the MATLAB code to solve for pressure and temperature variation throughout the expansion process and to calculate work and heat produced in processes for variable values of n.
The Lateral Dynamics of any aircraft are defined in terms of the Body-fixed velocities and corresponding Earth-fixed orientation.
The two-cell tail structure shown below uses 8 stiffeners connected with shear panels. The tail is under the action of a distributed load and moments as shown. Sketch the axial load distribution 250
The Power Method is a classic numerical algorithm for determining the largest eigenvalue and eigenvector associated with a matrix A.