write the shear and moment equations for the beam loaded. draw the shear and moment diagra.
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write the shear and moment equations for the beam loaded. draw the shear and moment diagra.
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- Check the correct statements regarding the picture. * ALT HDG MDA 310 10 ▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬ 10 10 260 240- 220 200 2150 QNH 1024 ITLE 109.10 6 It is a picture of the navigational display It says the aircraft is perfectly aligned with the center of the runway It says the aircraft is below the glide slope It says the aircraft is to the right of the runway and not centered • Q O 3000 - FD 2 >025- 20 2300 80 >020- 7.2.⁹ 07sl ina The speed at maximum flow _is equal to half of space mean speed O time mean speed O free flow speed OThe value of A is Blank 1 meters D ... ROADWORK AHEAD 80 60 Direction of Travel Work Area PREPARE 80 60 то 2D D STOP D A B C ROADWORK AHEAD
- Use the following values for your calculations: width of channel, b = 36 cm; roughness, n = 0.01. 1. Tabulate your measurements: flowrate Qex, velocity Vex, and depth, h. 2. Calculate the flow area, A = bh, wetted perimeter, P = b + 2h, and hydraulic radius R = A/P for each flow measurement. 3. Estimate a theoretical flow rate using Manning's Equation: AR²/351/2 Qth n 4. Estimate a flow rate using our velocity measurement, Q₁ = VexA. 5. Calculate the percent error between your measured flowrate Qex and the value you estimated with Manning's equation Qth. 6. Calculate the percent error between your measured flowrate Qex and the value you estimated with the Continuity equation Qv. 7. Explain the sources of your error in both Manning's equation and Continuity equation.Given the following adjusted technical description, solve the AREA using Double Parallel Distance DPD Method. Course Adj Lat Adj Dep DPD 2A AB -68.99 67.127-According to the question in the figure, what is the T1 stretch? A) 1000kg B) 81,667kg C) 1000N D) 800N E) 800kg