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I want to build design for security system for a house with 7 doors. It will be built on a breadboard.
The circular portion of the load cell has an inner radius of 1.25 in and outer radius of 1.50 in.
What is the maximum power that can be applied to the strain gage you used?
Calculate the shear flow in each wall of the fuselage section below. The flange areas are 1 sq in and the web thicknesses are 0.05 in. The material has modulus E = 10 mpsi and G = 4 mpsi.
Draw the timing diagram - be sure to include the address/data bus, clock, and necessary control signals. Perform checksum operation to ensure data integrity.
What are the multipoint constraints?
Write a MATLAB program (using/making the necessary functions that you deem necessary) that does the two following jobs.
The Final Project is to design a mechanical assembly in Solidworks. Design should consist of a minimum of 60 parts, 30 of which should be unique.
The circular gate can be opened (or closed) as a rotational motion about its horizontal centre line, by applying a moment on the shaft.
The initial conditions for an air-standard Otto cycle operating with a compression ratio of 8:1 are 95 kPa and 17o C.
Write down a MATLAB code to resolve 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.
In this Project you will simulate a Security Alarm system using the Quick flash board. A switch is placed as shown in the figure below.
Implement a multiple mode counter which can count up (MODE=00), countdown (MODE = 01) and Fibonacci count up (MODE =10). MODE is a 2 bit DIP switch. RESET push button reset the counter.
Consider the triangular laminar D for given b and h shown below:
Write the HDL code and simulate the design. In your report, provide the HDL code, and show the simulation waveforms of your working design.
The beam is assumed to consist of stiffeners carrying only direct stress and shear panels carrying only shear stress.
In the first portion you need to choose or design a heat exchanger for a waste heat recovery system in cars.
Analyze engineering problems and formulate mathematical model using first order differential equations.
Whenever the steam exit the turbine at 250 degrees C, and 0.5 MPa, find out the isentropic efficiency.
Prepare dated journal entries to record the transactions shown above.
Determination of whether the open-loop system response is consistent with a first order system, by analysis of the time response and the system diagram.
Perform a requirements analysis for the Case Study. Express the outcomes using the given artifacts.
A European put option is traded at $4 with the underlying price at $95. Time to expiry is one month and the strike is $100. The risk-free interest rate is 3% per annum.
A step-down transformer has primary turns Np = 100; secondary turns Ns = 10; primary winding resistance Rp = 100Ω?; secondary winding resistance Rs = 2 ?.