STRUCTURAL ANAL.W/MOD MASTERING ACCE
18th Edition
ISBN: 9780134713649
Author: HIBBELER
Publisher: PEARSON
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Chapter 14, Problem 14.2P
To determine
The force in the members 1 and
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An activity on a non critical path has a total float of 16 days and a duration of 5 days. The start of the activity is delayed by delivery of material for 12 days. A worker shortage makes the activity take 12 days. How far behind the original critical path schedule are you?
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STRUCTURAL ANAL.W/MOD MASTERING ACCE
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- Please answer the two questions in detail and as best as you can. Please ensure it is 100% done by human, please do not use AI or chatgpt.arrow_forwardPlease answer the two questions in detail and as best as you can. Please ensure it is 100% done by human, please do not use AI or chatgpt.arrow_forwardPlease answer the two questions in detail and as best as you can. Please ensure it is 100% done by human, please do not use AI or chatgpt.arrow_forward
- What is the value of the influence line for the bending moment around B at B for the beam shown? Determine the influence line ordinates at 3-m intervals. Select the reaction at support C to be the redundant. A a. 1.875 kN 6 m b. 0.688 kN c. 2.25 kN > d. 0.313 KN B -12 m- El = constant Carrow_forwardH.W: An activated sludge process operates under the following data: Q=0.21 m³/s, S.- 250 mg/l, S-6.2 mg/l, MLVSS (X) = 3500 mg/1, 0= 10 days Return sludge concentration (X)= 10000 mg/l, Y=0.5, K₁ =0.06 d', volatile super solid represent 80% of SS, Find: 1- Treatment efficiency 2- Reactor volume 3- Qwa (sludge wasted from areation tank) 4- Qur (sludge wasted from recirculation tank) 5- Quantity of sludge wasted/day 6- Recirculated ratio V.X VX Qwa Qwr= Qwr-Xr 0Xarrow_forwardFor the beam shown, where should a uniformly distributed downward live load, wl, be placed to cause the maximum upward reaction at support A? (D, E, and F are the supports, from left to right, to the right of C.) B C a. From A to B and D to E b. From A to D and E to F c. From B to D and E to F ☑ d. From B to C and D to E L Larrow_forward
- Question 1 1. A solid shaft of 1.55 m is used as a tractor propeller (prop) shaft. The shaft twists through 1.8 while rotating at 900 rpm. The diameter of the shaft is 60 mm and the modulus of rigidity is 85 GPa. Calculate 1.1 The maximum shear stress in the shaft 1.2 The power transmitted by the shaft. 2. The tractor has undergone minor modifications to increase the transmitted power by 20%. The solid shaft is replaced by a lighter hollow shaft of the same material, with a dimeter ratio of 2:1. Calculate the suitable dimeters of the hollow shaft.arrow_forwardUse Area Moment Method of Beam Deflectionsarrow_forwardDetermine rotations at all the nodes of the beam and reactions at the supports. Assume support 1 and 3 are roller and support 2 is pinned, L1=1.25m, L2=3.75m and w=60kN/m. Please show all working and FBD's where relevant.arrow_forward
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