The followingwaste watertestresultwere obfecinedfoxtestofteken-TheSimpleconcen foationsolids, SuspendedsuspordedaSimplewerepecfooned.eusingthe50 mLCalculateoftotelandvolctileSolidsolidsvotit volatileMass of empty dish =62.0039sammass of4 Mass%3Ddish t doy Solids = 62.0394%3Ddish +igmited solids= 62: 0367ofu Mass of filter=1540 gramof filter tday solids = 1-S5agsom%3DL) MUssy muss of filtest iynited Solids 1:5494こ

Calculate the total volatile solids, Vt-s = Weight of total volatile solidsVolume of the sample…

The following fox test waste water were obfecined taken The Simple reçult a Simple peofuened calculate were using the 50 mL concenfsation S0lids Suspended totel of Solid volutile and vetit volatile susponded Solids. 62.003gsar Mass of empty dish Mass of dish t dey Solids - 62-0397 4 Mass dish + ignited Solids = 62: 0367 = 62.036y of Mass of filter L) Muss 540gsam. s of filter tday Solids LSsaysam. filter tday Sulids = LSSagscom %3D Ly muss af filest iyniked Solids 1.s Yry

The following fox test waste water were obfecined taken The Simple reçult a Simple peofuened calculate were using the 50 mL concenfsation S0lids Suspended totel of Solid volutile and vetit volatile susponded Solids. 62.003gsar Mass of empty dish Mass of dish t dey Solids - 62-0397 4 Mass dish + ignited Solids = 62: 0367 = 62.036y of Mass of filter L) Muss 540gsam. s of filter tday Solids LSsaysam. filter tday Sulids = LSSagscom %3D Ly muss af filest iyniked Solids 1.s Yry

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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Water analysis was carried out for solid analysis. The test was performed and the following information collected. Mass of empty dish = 51.5494 g; Mass of dish + Sample = 109.5 g; Mass of dish + dry solids =51.587 g; Mass of dish + ignited solid =51.541 g; Mass of empty filter = 0.1154 g; Mass of filter after drying = 0.1241 g; Mass of filter at ignition = 0.1160 g; Volume of sample =25 mL Compute the concentration of total solids, total volatile and fixed solids, suspended, volatile suspended solids and fixed suspended solids.
A compound channel in FIGURE Q2(b) has bottom slope of 0.6-percent. Calculate velocity and discharge of the channel if Kutter coefficient n is 0.042. (b)
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do peocent Explain Metho f Mo Denmensiunal to find dsage fosce diametes veclouty density Rayleighs. Anykis expsession fos Shapeof with iniform the Stepsof the on a ph moving a fint flwd f in a eind dynamic viscosity Slope end
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The following test results (Table Ql-2) were obtained from a raw water sample. All of the tests were performed using a sample volume of 50 mL. Table Q1-2 Weight (g) Mass of residue after drying at 105 ỏC Mass of residue after ignition at 550 ¿C Mass of residue on Whatman GF/C filter paper after drying at 0.7148 0.3818 0.3571 105 'C Mass of residue on Whatman GF/C filter paper after ignition at 550 'C 0.1418 Calculate the concentration (mg/L) of : (i) total solids. (ii) total volatile solids. (iii) total suspended solids. (iv) total dissolved solids.
ONAN MENDER AYDIN ADNAN MENDERES ÜNİVERSİTESİ IVE ITESI ONLINE SINAV PORTALI 181803026 026 181803026 number for this flow is 181803028 Air flows in a pipe which has 5 cm diameter at a velocity of 4 m/s. dynamic viscosity=1.802x10 and density.1.225 kg/m The Reys 26 181803026 O A) 13596 181803026 181803 O B) 11098 O C) 12605 181803026 O D) 21770 181803026 O E) 16745 Kalan Süre 44 181803026 18180026 181803026 O Bu soruyu cevaplamadan geçmek için bu seçeneği işaretleyin 1818 161803028 Sorunun Cevabı Kaydet ve Sonraki Soruya Geç Antaly 181803026 03028 181802028 1818 181803026 181803026 3818 181803026 181803026 181803026 181803026 181803026 181803026 101803026 18T80300 18180306 18 1818030
(4) [Text-problem 4.29] A 90-m³ basement in a residence is found to be contaminated with radon coming from the ground through the floor drains. The concentration of radon in the room is 1.5 Bq L- (becquerels per liter) under steady-state conditions. The room behaves as a CMFR, and the decay of radon is a first-order reaction with a decay rate con- stant of 2.09 × 10-6 s-1. If the source of radon is closed off and the room is vented with radon-free air at a rate of 0.14 m³ s-1, how long will it take to lower the radon concentration to an acceptable level of 0.15 Bq L-¹?