The static error acceleration constant is both zero for system type 1 and 2. True or False
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The static error acceleration constant is both zero for system type 1 and 2.
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- If there is an entire row of zero in the Routh table, the system may be marginally stable. TRUE OR FALSECalculate the Ess continually state error for the unit ramp input of the following system.b) What is the difference between systematic and random errors; then list the reasons for equipment errors.
- find out the stability of the system by using pole zero plot analysis with explaination pleaseApply lasso analysis to find i Commentary: PLEASE, describe the procedure step by step, in detail. Do not do it on paper, digitally here :)Explain the difference between systematic and random errors. What are the typical sources of these two types of error? (please write on computer, I cant read)
- The X/R circuit ratio of an automatic reclosure is inversely proportional to the asymmetrical factor True FalseQ1a. Explain the following terminologies: Binary State Multi State Hard failure Soft failure Q1b. With the aid of a well labelled diagram, explain the stages involved in a bathtub curve #3 The life of an automotive component can be modelled by a Weibull distribution. ∝ = 6.3?105 , ? = 1.3 Calculate F(t) R(t) h(t) at the end of rotating period of 36,000 miles Q1c How should a reliability program be organized in an environment of concurrent engineering?22.a. Perfect timing of the schedule or frequency of PM inspections and maintenance isA. dependent upon the manpower that’s applied to a program.B. possible within the first two years of a PM program.C. possible within the first year of the program.D. an unreachable goal.22.b. When machines fail shortly after they’ve been built and installed, the failures are termedA. singularity failures.B. independent component failures.C. short-term failures.D. infant mortality failures.
- For a STABLE LTI system, all the poles of the system function H(z) must lie inside the unit circle. Select one: True FalseWhich of the following is the acceleration error of the given system?The operating time of instantaneous relay is approximately inversely proportional to the magnitude of the actuating quantity True False