Engineering, 23.04.2020 03:23 Demondevilg
Perform differentiation on LVDT data to obtain acceleration. a) State and briefly describe your chosen numerical differentiation method (forward difference, backward difference, etc.). (3 pt.) b) Perform differentiation on the original calibrated data and show the results in a plot; comment on the results. (5 pt.) c) If necessary, employ decimation and/or smoothing techniques (e. g. moving average). What smoothing or decimation if any was performed and why? - be specific. (4 pt.) d) Compare the smoothed and/or decimated data to your initial differentiated data and your measured acceleration. Show the results in a plot. How do they differ and why? (10 pt.)
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Engineering, 03.07.2019 15:10
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Engineering, 04.07.2019 18:10
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Engineering, 04.07.2019 18:10
Afluid flows with a velocity field given by v=(x/t)i.. determine the local and convective accelerations when x=3 and t=1.
Answers: 2
Engineering, 04.07.2019 18:10
Apipe with an outside diameter of 15 cm is exposed to an ambient air and surrounding temperature of -20°c. the pipe has an outer surface temperature of 65°c and an emissivity of 0.85. if the rate of heat loss from the pipe surface is 0.95 kw per meter of length, the external convective heat transfer coefficient (h) is: (a) 12.5 w/m"k (b) 18.6 w/mk (c) 23.7 w/mk (d) 27.9 w/mk (e) 33.5 w/mk
Answers: 1
Perform differentiation on LVDT data to obtain acceleration. a) State and briefly describe your chos...
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