3) For the beam shown, determine the deflection at points A and B, using superposition. 7,000 IN.m']. Show your work for full credit, i.e. specify what beams have been used rposition, and write a...
(10 Points. Show your work/explanation for full credit) As shown in the figure, two parallel wires carry a current I in opposite directions, and this current is decreasing. A rectangular loop is centered between the wires. The direction of the induced current through the resistor R is R M a b from b to a. alternating. Therefore, goes from a to b for a moment and then b to a later from a to b. No current is induced. Upload...
Duration: 110 minutes Total Points: 120 pts (+25 extra credit) Show all of your work for full credit Write symbolic forms of all equsations usos needed. indicate your final answers clearly with units. You may use add in your solution, and itional pages as needed. Problem 1 (20 points): Consider the following system: n+1 A. Find the equa Laplace domain. All masses have mass m, all springs have spring constant K tions of motion for each mass in the system...
Show all your work as needed for full credit (20 points each). Use the given information to complete the test to determine if there is significant linear correlation between numbers of hours a student spent preparing for a test and test scores. Use a significance level of 0.05. 1) 4 1) The test scores of 6 randomly picked students and the numbers of hours they prepared are as follows: Hours 5 10 6 10 9 Score 64 86 69 86...
Show all your work as needed for full credit (20 points each). Use the given information to complete the test to determine if there is significant linear correlation between numbers of hours a student spent preparing for a test and test scores. Use a significance level of 0.05. 1) 4 1) The test scores of 6 randomly picked students and the numbers of hours they prepared are as follows: Hours 5 10 6 10 9 Score 64 86 69 86...
3. 50 points 0.03 moles of helium follow the cycle shown in the figure. Show your work for a full credit. Display your results in the tables. p (atm) T (K) P (Pa) V(m') State Isotherm Adiabat Process AU (U) Q) WyD) 1-->2 2-->3 3->1 0 01000 2000 3000(em) 0 1000 2000 3000 (a) Determine P, T, and V of the gas at points (states)1, 2, and 3. (b) Find AU, Q, and W by the gas for each process...
solve part 1 and 2 of question no. 2 and show the
calculations
Note: To receive the full credit, you must show all your work (formula or inputs for a financial will not award full credit for a correct answer if you do not show your for an incorrect answer if I cannot follow your work b) What is the cost of the lockbox system in todary's saive (5 paint) work and I cannot award partial credit . (10 paint)...
Test 1 Version A Page 3 ot7 Problems (20 Points each) Show your work for full credit 1. A projectile is fired at of vo 20 m/s as shown in the following figure. Find an angle of e 60° above the horizontal level ground with an initial velocity a) the maximum height, H, it will attain b) th e maximum horizontal distance (Range, R) it covered from the release point to the point where it touches the ground. c) horizontal...
Word Problems You must show all of your work to get full credit. Write as neatly and organized as possible. Put a circle around your final answer. 1.) (10) A cylindrical pulley of mass M 20.0 kg has an inner shaft of radius r 40.0 cm while the outer radius is R 1.00 m, The inner part is attached to the ceiling by a light string and to balance the system the outer part is attached to a mass m...
Questions must be answered in the space provided 6. You must show your work to obtain full credit 1. (50 points) Determine the maximum deflections in torsion and in bending of the shaft shown in a. Figure for the data given below if the steel shaft diameter is 2 in Shaft length L 25 in Applied load P- 1300 lbf Maximum torque Tmax= 2500 lbfin Distance to Pb- 20 in Distance between bearings a -16i Young's modulus E-30x lof psi...
Question 3 (20 Points For each spectral density function defined below, determine the mean-square value of the random process. Show your work for full credit. ω) = else (2π)2 +25 (2mf+37(2)2+36 (s+0.5)(s-0.5) ω2 +25 w" +37a, 2 +36 TO (a)-
Question 3 (20 Points For each spectral density function defined below, determine the mean-square value of the random process. Show your work for full credit. ω) = else (2π)2 +25 (2mf+37(2)2+36 (s+0.5)(s-0.5) ω2 +25 w" +37a, 2 +36 TO (a)-