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Slep Response 10 0. 0 1.5 2 Tme (seconds) 05 2.5 35 Question three The figure below shows a unit step response of a second order system. Prom the graph of response find 1- The rise timet, 2- The peak timet 3- The maximum overshoot M 4 The damped natural frequency w S. The transfer function Hence find the damping ratio ζ and the natural frequency the system Find also the transfer function of
Synthesize cis-2-hayere from 1-Pentyre an an alky halie Mor than Ore slep is reeda CH2 CHICHICH CH CHCHE CECH + C = pentyne hali
the rate contant, k, for second order rection is in the unit of: a) M/s b) 1/s c) 1/s.M d) 1/s.M^2
What do I need to do for the last step? Like, what does m, n, o mean? Final M Trial number Final M Acetone] Final M [H] Talhegage time Rate Final M 1:1 time Use for Rate calculations Ratio (X) Round off X to 1. 2. or 4 m, n, o 3:20. 1:51 Rate 1 20 M 5 M 0.025 M 2.35 -0.01068 1:25, 1:31. - 10 M 5 M 0.025 M Rate 2 Rate 2/Rate 1 =0.019531 - 1.84...
In room 904 is T.M., a 10-month-old child admitted to the pediatric nursing unit for a new-onset seizure that occurred at home. He is admitted with the diagnosis of rule out bacterial meningitis. The lumbar puncture confirms Hemophilus influenzae meningitis. There is a positive Brudsinski sign. T.M.’s has not received any immunizations as his parents do not believe in immunizations. Item 1. What clinical signs/symptoms would the nurse expect in an infant with meningitis? Would the signs differ in an older...
- A2-1 11.2) A certain electromagnetic field traveling in vacuum has a maximum electric field of 1200 V/m. (c = 3.00 x 10 m/s, Lo = 41 x 10" T.m/A, ED = 8.85 x 10-12 C2/ N m ?) (a) What is the maximum magnetic field of this wave? (b) What is the average energy density of the wave? (c) What is the average intensity of the wave?
iog has Six lily pads with which to st.Att rondsm intervals, Hte ogil Jump From lily pod i to hily pod G+ 1 with probabil typ sesump Fom lily pad i t lily pol -1 wrth prob abil ty 1-R. Ehoweer the ieg lands on lily pad 1os lily pad G, the frog, respectvely, Inmed calely Jum o ly pad 2 or hly ped 5 to avoid being ealen by an alliqator If .55 and1-p45, what isthe frog begins ct...
O Part l: Data Complete Table 1. Record all data to three decimal places (e.g., 4.000 or 6.325 or 0.000). Do not include units in your answen Table 1 Initial Settings At Time Calculated Position Describe Position (x) vs. Time gra 20 x-0.00 m Vel vs. Time gra v 5.00 m/s | 40 | a = 0.00 m/s2 a) vs. Time graph 50 Position (x) vs, Time gra 20 40 x 0.00 m v = 10.0 m/s | 40 |...
Case Study 5 Date Name Class/Group Group Members INSTRUCTIONS: All questions apply to this case study. Your responses should be brief and to the point. Adequate space has been provided for answers. When asked to provide several answers, they should be listed in order of priority or significance. Do not asume information that is not provided. Please print or write clearly. If your response is not legible, it will be marked as ? and you will need to rewrite it....
2. In the figure, there are three wires carrying currents i,-5A, i2-8. i, 6A in the ted directions, and an Amperian loop. Calculate d Ois a) -3.8 x 10 T.m b) 3.8 x 10.6 T.m c) 1.6 x 103T.m d) zero. 3. I weber is the same as: A) I Vs B) I Ts C) I T/m2 D) V/s E) 1 T/m 4. An LC circui has an oscillation frequency of lo Hz. IC-0.1 pf, hen L mus be about:...