Figure below shows the time response of the system mechanical figure above to a force in step of 8.5 N. Following the analysis of the system in the figure above a) Determine the transfer function X(s)/F(s) of the system and give the standard form of the latter. b) Based on the response of this system at 8.5 N, determine the , and parameters of the mechanical system. c) By combining the results found previously, determine the value of the three elements B, m and k of the system.
Figure below shows the time response of the system mechanical figure above to a force in step of 8.5 N. Following the...
Atwood Machine Data M=5883kg M2= 5874kg mr 0086kg M M Accel Rider .02 .04 .06 .08 .1 Avg. Accel .1623 .3261 -.4732 .6286 .7652 (M2) Mass Ratio .0166 .0326 .0482 .0633 .0779 (M,+my+m.)s Acceleration vs. Mass Ratio 08 0.6 Acceleration (m/s) 0.4 02 0 o 0.02 0.08 0.1 0.04 0.06 Mass Ratio • When the system is put into motion, the velocity vs. time graph that was obtained is below. Given this graph, describe the motion of the falling mass....
The above graph plots final velocity on the vertical axis and \frac{1}{elapsed\:time}1 e l a p s e d t i m e on the horizontal axis. It is easier to draw a Constant Acceleration Line (e.g., the two upwardly sloping lines) on this graph than it would be to draw a Constant Acceleration Line on a graph that used identical data, but had "elapsed time" on the horizontal axis, because: A. Using 1elapsedtime gives you a straight Constant Acceleration Line....
The following results were obtained from an undrained shear box test carried out on a set of undisturbed soil samples. 0.2 0.8 Normal Load (N) Strain (%) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 0 21 46 70 89 107 121 131 136 138 138 137 136 0.4 Shearing force (N) 0 33 72 110 139 164 180 192 201 210 217 224 230 234 237 236 0 45...
The following results were obtained from an undrained shear box test carried out on a set of undisturbed soil samples. 0.2 0.8 Normal Load (N) Strain (%) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 0 21 46 70 89 107 121 131 136 138 138 137 136 0.4 Shearing force (N) 0 33 72 110 139 164 180 192 201 210 217 224 230 234 237 236 0 45...
STIONS 26- 31 REFER TO THE FOLLOWING CHART IT SHOWS RESULTS OF A TITRATION OF 20 ML OF LCI WITH 0.75 M NaOH. YOUR WORK HCT WITH 0.75 M NaOH. SHOW Logger Pro Column Data: Volume in mlph First Derivative Second Derivative 0.02 002 0.05 0.02 0.01 0.06 0.06 0.07 0.10 0.03 0.04 0.03 0.05 011 0 00 0.13 0.18 0 33 24. Circle the part of the curve at the equivalence point. 0.00 2.25 200 228 3.00 2.32 4.00...
Determine the Capacitance in uF (micro-Farads) of the system below using the data, graph and tolerance graph below. R -ww G(s) 1/(RCs+1) ei R =1000 ohms 1 Slope T c(t) c() = 1 - e-(1/T B 0.632 Tolerance graph (Ts(2%) = 4*T): A A 4T 2T 3T 5T 63.2% 86.5% 95% 98.2% Of output 99.3% 0.75 0.5 Output curve: 0.25 0 0 0.025 0.05 0.075 0.1 0.125 Data: x(time) y(amplitude) 0.001 0.09516258196 0.002 0.1812692469 0.2591817793 0.003 0.329679954 0.004 0.3934693403 0.005...
Need the following question answered, the subject is Mathematical Methods 2 (Mechanical Engineering). This is a University style question/practice paper with sections and I want the solutions to it, this comes with a formula sheet and if possible, use the formula sheet to answer the question. Need Calculations shown to each part of the question, My Teacher hasn't got back to me regarding the solutions so here I am, Thank you. Note: Please answer the question in UK style format...
ADVANCE STUDY ASSIGNMENT: COULOMB'S LAW PURPOSE of tl of this exercise is to become familiar with the force between electric point charges which is descrbed by Coulomb's law. In particular, we will investigate the force's inverse-square dependence on separation distance between charges. DISCUSSION A basic characteristic of electric charge is that charges exert forces on each other, like charges positive-positive and negative-negative) repel each other while opposite charges (positive- and constitute a Newton's third-law pair; that is, they are equal...
Suppose 1000 coins are tossed. Use the normal curve approximation to the binomial distribution to find the probability of getting the following result. Exactly 495 heads Use the table of areas under the standard normal curve given below. Click here to view page 1. Click here to view page 2. Click here to view page 3. Click here to view page 4. Click here to view page 5. Click here to view page 6. The probability of getting exactly 495...
Suppose 16 coins are tossed. Use the normal curve approximation to the binomial distribution to find the probability of getting the following result. More than 11 tails. Use the table of areas under the standard normal curve given below. Click here to view page 1. Click here to view page 2. Click here to view page 3. Click here to view page 4. Click here to view page 5. Click here to view page 6. Binomial probability = (Round to...