感觉今年都是中档难度的题，但是选择+大题总起来量不小，抓紧冲！
Welcome to MCEN30020: Systems Modelling and Analysis (SMA)!
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Assessments
Assignments (40%): Due in Weeks 5, 9 and 12 each worth 10%, 15% and 15%, respectively
Final (60%): Online exam which is a hurdle
Matlab代写
Matlab is used extensively in the course. Make good use of the workshops and consultation hours to have any queries answered.
Weeks 1-2:
Mechanical Systems (modelling)代写
State-space representation (analysis)
Stability (analysis)
Weeks 3-4:
Electrical/electromechanical systems (modelling)代写
Laplace domain (analysis)
Transfer domain (analysis)
Weeks 5-6:
Thermal and fluid systems (modelling)代写
Analysis of non-periodic inputs (analysis)
Weeks 7-9:
Frequency domain analysis (analysis)
Periodic inputs (modelling/analysis)代写
Discrete time systems (modelling/analysis)
Week 10-11:
Vibrations (modelling/analysis)代写
Week 12:
Review
MCEN30020 Systems Modelling & Analysis:
Workshop Week 12
State Space, Vibrations and System ID
If the differential equation for h(t) has a time constant τ = 55 and gain K = 32, what is the value
of d?
(a) d = 0.5659 m
(b) d = 0.6086 m
(c) d = 0.7343 m
(d) d = 0.5346 m
(e) None of the options