It is desired to remove dust particles (50µm) in diameter from (3.8 m³/sec) of air, using a gravitational settling chamber for the purpose. The air temperature and pressure is (20.1°C, at latm) respectively, and dynamic viscosity of (1.8 x 10 - 4Poise). The particle density is 2400 kg/m³. What minimum dimensions of chamber are consisted with conditions? Assume any missing data (use R- & 314 I/ moll

It is desired to remove dust particles (50µm) in diameter from (3.8 m³/sec) of air, using a gravitational settling chamber for the purpose. The air temperature and pressure is (20.1°C, at latm) respectively, and dynamic viscosity of (1.8 x 10 - 4Poise). The particle density is 2400 kg/m³. What minimum dimensions of chamber are consisted with conditions? Assume any missing data (use R- & 314 I/ moll

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

Solve it
Cumpute the plasticity index and liquidity index
ANSWER KEY : 2.51x10^-3 in.
Answer correctly thank
Q2/ Calculate the gas flow rate in sef/day for a natural gas is following in porous media at temperature (60° C) with specific gravity of (0.72). The pressures of downstream and upstream are (128.89 atm) and (142.86 atm) respectively. The radius is equal (11.54 meter). The absolute permeability is (60 md) with a total length (762 meter).
Subject soil Mechanics
Mc = 3050g Ms = 800g Mss = 820g Mws = 3450g Calculate the values of: Mw = Ms 1. Bulk (O.D.) Specific Gravity = (Mc+Mss-Mws) Mss 2. Bulk (SSD) Specific Gravity =- (Mc+Mss-Mws) Ms 3. Apparent Specific Gravity =. (Mc+Ms-Mws) Mss-Ms 4. Percent Absorption = x 100% Ms
27
Answer the attached question.
What is hydrograph separation? Describe briefly with sketch the methods of the hydrograph separation. HHHHH HHHHHHHHHHHH H H HHH
The initial head is 300 mm in a falling head permeability test. It drops by 10 mm in 3 minutes.How much longer (in seconds) should the test continue, if the head is to drop to 180 mm ? a. 1681 b. 7145 c. 1457 d. 2532