B calculati the B005 data- at 20°C of a waste BOD water sample вол bottle capacity = 300 me following SEED CONTROL vol. of Seed added = Doi of Seed + DW = DO of seed + DW = 4.8 ome 8.2mg le mgle TEST SAMPLE vol- of seed added = 2ml vol of sample added = 30 me Doi of SS + D.W + Sample = Dof of S.St D.W + sample= 6.1mg Il = 3.2 mgle

. Evaign a Lasiste-Softeaer for en inaustrial concern, using follereng sica in Qt uf sot water reguirad per heur 25,000 litrer (i iHariness prezert in ra uraber es CaCO, - 00 opm. Ii Hardnesa to be chained in thetreated supplies = 50 ppin iu) Awn esclasge capacity o thezeoilte = 10 or Aardness per cu. m. of zealte (u) Sut egvired fer eenerstion o eclausted seclie = 50 kg per cu. ri. of zela Ainn asaame that tle indestuy eorks jior 2 shifs of 8 hours ecch, per das Make swituble eiszupriens whire rendrd, if not given.

hydrology The arerage annuaD raingall in 800mmlyr. "in a catchment oA 100 km In ts or1ginal condlition the average anneal fadal ks rolms In an average year, mplirate and Ris% ot the reimcall seacher grouselatator Tast navke been Shown that the average enneal exapotranspiration hom the unsaeirate of Aaume water bafance over long fime perisch the fr qi How mych remaH water (momlyr) seaches the roof zone tirough Capillary rise? 50% ragtall the zone's Suform \yr. Compute 6.How mach water seear oud mom the gounpdlwader Seeps to the firg ce water ho as average au onmlyv) C. How mych water eve porater dizecfly fom instorception m mmlyr? d. How much'es the totad evepotrangpirathon (mm/lyr )in the cafchment 'm an arerage year

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18 ns search A+ 3 F3 to Mobilize 07 4 0 6 08 $ 05 Dur=1 Activity Duration What is the Early Finish of Buy Material? FF TF LF с F5 % ci do Remove old Cabinets Dur=9 5 CU !! Buy Materials Dur = 5 ներ պրոցե Ð F6 CAINIL 6 W F7 v lo & 7 F8 * 8 F9 F10 ( 9 76°F L ဆုံး

BCDE Activity A в с F G H I J Dur 2 3 5 3 3 2 3 2 Predecessor A A B B D F E, F C, E, F G, H -

Q3 Jor 1 Deom, SF= 1-12 , Pos gEu Bandiing-1-5 g allowalle shen is enereased bey 20%. gor winddEarthqualke drade Tuen Laad Jaetor=?

Horiz Cons: Figur W = Problem 3-113 A rectangular scow 7 ft by 18 ft by 32 ft long loaded with garbage has a draft of 5 feet in water. Its center of gravity is 2 ft above the waterline. Is the SCOW stable? What is the initial metacentric height? equal Ans: The scow is stable MG 0.90 ft Drobl

note that this question is on chegg

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