Please explain in your own words thanks System inputsStorage| Movement of surface or subsurface waterSystem outflowsSystem inflowClick to hide/show components.System outflowPrecipitationSystemRain Sleet Hail SnowBasin channel outflowoutflowEvaporationSystemoutflowSnow accumulationand meltEvaporationInterceptionSystemoutflowDiversionsDepressionstorageSystemoutflowWater onSurfacerunoffChannelflowland surfaceEvaporationInfiltrationChannel seepageReservoir storageSystemoutflowRoot zoneSubsurfacestormflowWater allocationsSystem outflowstorageChannelEvapotranspirationPercolationSystemoutflowbaseflowGroundwaterstorageGroundwateroutflow basinImportedGroundwaterGroundwaterinflowwaterflowIsystemoutflowSystem inflowSystem inflow

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System inputs Storage Movement of surface or subsurface water System outflows System inflow Click to hide/show components. System outflow Precipitation System Rain Sleet Hail Snow Basin channel outflow outflow Evaporation System outflow Snow accumulation and melt Evaporation Interception System outflow Diversions System outflow Water on Depression storage Surface runoff Channel flow land surface Evaporation Infiltration Channel seepage Reservoir storage Subsurface stormflow Water allocations System outflow Root zone System outflow storage Evapotranspiration Channel baseflow System outflow Percolation Imported Groundwater inflow Groundwater Groundwater Groundwater outflow basin water storage flow ISystem outflow

System inputs Storage Movement of surface or subsurface water System outflows System inflow Click to hide/show components. System outflow Precipitation System Rain Sleet Hail Snow Basin channel outflow outflow Evaporation System outflow Snow accumulation and melt Evaporation Interception System outflow Diversions System outflow Water on Depression storage Surface runoff Channel flow land surface Evaporation Infiltration Channel seepage Reservoir storage Subsurface stormflow Water allocations System outflow Root zone System outflow storage Evapotranspiration Channel baseflow System outflow Percolation Imported Groundwater inflow Groundwater Groundwater Groundwater outflow basin water storage flow ISystem outflow

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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ACTIVI TY NO ACTIVITY NAME 1 Arranging construction permissions 2 Foundation excavation 3 Ground floor shell and core works 4 First floor shell and core works 5 Second floor shell and core works 6 Ground floor fine construction works 7 First floor fine construction works 8 Second floor fine construction works 9 Roof works 10 Landscape works 11 Cleaning and submittal Table 1 DURAT ION (DAYS) 20 8 12 9 10 10 15 20 8 DO 5 2 PRECES SOR RELATI ON TYPE 1 FS2 2 FS2 3 FS5 4 FS5 3 FS 4 FS 6 SS3 5 FS 7 SS4 5 FS 3 FS7 7 FS 8 FS 9 FS 10 FF MM BT KL DM BT KL DM BT KL DM SV BY DS SV BY DS SV BY DS ÇT MM RESOURCES USED QUA NTIT Y QUA NTIT Y 1 DZ 1 1 1 DZ 20 1 DZ 1 1 1 DZ 1 1 1 DZ 1 1 1 DZ 1 1 1 DZ 1 1 1 DZ DZ 1 DZ 1 EX 4 3 3 3 3 3 1 3 2 Please draw box diagram according to table 1 Please mark the critical path in the diagram. The first day of the construction will be "9" QUA NTIT Y 1
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End Area (ft2) Volume (yd®) Volume (yd) Net Volume (yd) Station Mass Shrinkage Total Cut Fill Cut Fill Cut Fill Diagram (12%) Fill Ordinate 0+00 400 3+00 600 152 5556 843 101 945 4611 4611 6+00 500 93 9+00 253 20 The mass ordinate at sta 6+00 is: 9.200 O 6,111 O 4,589 O -4,589
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abled: Exam 2 6 Saved Select all that apply. Which of the following equilibria will shift to the right when H, is added? 2CO + 02 = 2CO, 2NAHCO3 = Na,CO3 + H,O + CO2 2H2 + O2 = 2H20 0ɔ +0°H÷0ɔ+ H_ O Stop sharing Proctorio is sharing your screen, < Pre
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com/messenger media?thread_id=100054625987040&attachment_id=2808153539478697&message_id3mid.%24cAAAADGOui5GGa7IfvWAOmzMTfZkn Problem#1: Two tiny objects move toward one another on a level ground. a mass of 0.35 kg and a speed of 1.30 m/s. The the The first object has of 1.0 kg. Calculate the speed must second object has mass a second object have if the total momentum of the entire system is zero. the system is zero, does it follow that the Since the momentum of kinetic energy of the system is also zero? If not, calculate the kinetic energy of the system. png O 278385139 28081.png o search 10:4 32°C Light rain O E G Q) ENG 18/04
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y Term Project C x y SURP 818: Phy x = TEC 3739 Gro x v Lab Example E Phase 2 Repox Fourndation HX A asulearn.appstate.edu/mod/quiz/attempt.php?attempt=3358733&cmid%3D2173348&page%3D2 sUlearn AsULearn Sites 3739-101_MATERIALS AND STRUCTURES III (SPRING 2022 / My courses / Spring 2022 / TEC3739101-12999202210 (SPRING 2022) / HOMEWORK / Foundation HW - Part III (Due date: 04/04/ Please round to the nearest Hundredth (i.e., 0.01). No Comma! A square pile, 21 m long is driven into a homogeneous sand layer. The pile's width (diameter) is 0.4m. The standard penetration resistance near the vicinity of the pile is 12. Calculate the ultimate skin friction force (Qs) of the pile. Use Briaud & Tucker method. Hint: Qs = fs x As of Qs = kN Next page page undation HW - Part II (Due date: 3/30/2022 at 2pm) [30 pts] Extra Credits (In-class questions) Jump to... You are logged in as Garrett Prelipp (Log out) Get the mobile app MacBook Air