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SUMMARY:
A paragraph or two detailing what was done, the outcome, and why it was important. Remember to include the following in your summary.Use third person, passive voice.
Question 1: Relate the lab to concepts from class.
Question 2: Discuss the fundamental relationship(s) involved in the lab activity.
Question 3: Discuss the reason why the concepts from the lab activity are important for some application.
Problem 1: A force, F applied to a laver-shaft assembly as shown in the figure. F = 534 N. determine the scalar component of the moment at point O about line OB and the reaction at O.
Determine from the Shields diagram whether or not sediment transport will occur in both the model and the protoype.
Design the FRP for a simply supported beam with length L = 7 m. The external uniform dead and live loads are: wDL = 11.25 N/mm (Dead), and wLL = 13.25 N/mm (Live).
What system engineering means to you? Mention two or three primary benefits that a project/program can derive from the implementation of a well-organised System engineering process, when developing a new product a new product or system.
QUESTION 2. Given a function that does not return any value, What value is returned by default when executed in shell.
Draw a block diagram of the complete design that implements your algorithm. Write a VHDL code to model this division by constant circuit. Write a VHDL testbench to verify your design.
Consider the ripple counter of Figure. Suppose that the flip- flops have asynchronous clear inputs. Show how to add gates so that the count resets to zero immediately when the count reaches six. This results in a modulo-six counter.
The mass of a moist sample of soil is 20.7 kg. The total volume of the sample before drying is 0.011m3
Design, simulate, and test an Audio Amplifier which delivers one of the above power outputs to an 8? speaker load.
What minimum displayed green time must be provided to ensure that the queue in each cycle clears, and what is the total delay per cycle and delay per vehicle for this green time? (Assume D/D/1 queuing.)
Formulate the optimisation problem which will account all costs and revenues in the supply chain and optimise its operation, dominantly the logistic, such that bio-refineries get the maximum profit.
Determine the voltage gain and calculate the current - Is the circuit capacitive or inductive and explain.
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