A Velcity veter in ms fera 20 low given in Cartesian cndnte (n. y) m P =i- Synhela bear ural memting. At a point in the few feld. nd yeompennt of the elention vecr e given I m and e m. wpectively. The velcity magnitade a th point i wis A A40 m cuhical bock slides on el (vincenity - Pa wera large plane harintal aface. f the od filn betwom the bk and the afice hasa unim ickne of 04 mm, what will e te fe mpired to dng the Mck a4 lg the end effe nd the wo dimal A Acylindrical nk ofmdamter is conptetely filled with water nd i p arfae epen phee shn in the figue. Water is heing dinchrged the stmosphere fm a cinaule hede of 15 mm diameter kcated a the betm of the tank. The vale of akrde y91 m. How mch time (in n) wd be pired for Atmospherie air Water A punp d 4e of a ligl atin having deity of ISg/' m pen storage food tank of lge etinal trgh a 15 mm ID action line. The pump discharges i flow tgh s0 m ID line npen vehead ank. The end of the discharge line is 15aheve the level of the liguid in the feed ank. The fictin kmes in the piping vystem S Ng. I he efficimey of pani mey ppliede pp in KW

Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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A cylindrical tank of diameter 0.8 meter is completely filled with water and its top
surface is open to the atmosphere as shown in the figure. Water is being discharged to the
atmosphere from a circular hole of diameter 15 mm located at the bottom of the tank. Take
value of gravitational acceleration as 9.81m/s2. Calculate the time (in seconds) required to
drop water level from 1 m to 0.5 m in the tank.

A Velcity veter in ms fera 20 low given in Cartesian cndnte
(n. y) m P =i- Synhela bear ural memting. At a point in the few feld.
nd yeompennt of the elention vecr e given I m and e m.
wpectively. The velcity magnitade a th point i
wis
A A40 m cuhical bock slides on el (vincenity - Pa wera large plane
harintal aface. f the od filn betwom the bk and the afice hasa unim
ickne of 04 mm, what will e te fe mpired to dng the Mck a4
lg the end effe nd the wo dimal
A Acylindrical nk ofmdamter is conptetely filled with water nd i p arfae
epen phee shn in the figue. Water is heing dinchrged the
stmosphere fm a cinaule hede of 15 mm diameter kcated a the betm of the tank.
The vale of akrde y91 m. How mch time (in n)
wd be pired for
Atmospherie air
Water
A punp d 4e of a ligl atin having deity of ISg/' m
pen storage food tank of lge etinal trgh a 15 mm ID action
line. The pump discharges i flow tgh s0 m ID line npen vehead
ank. The end of the discharge line is 15aheve the level of the liguid in the feed
ank. The fictin kmes in the piping vystem S Ng. I he efficimey of
pani mey ppliede pp in KW
Transcribed Image Text:A Velcity veter in ms fera 20 low given in Cartesian cndnte (n. y) m P =i- Synhela bear ural memting. At a point in the few feld. nd yeompennt of the elention vecr e given I m and e m. wpectively. The velcity magnitade a th point i wis A A40 m cuhical bock slides on el (vincenity - Pa wera large plane harintal aface. f the od filn betwom the bk and the afice hasa unim ickne of 04 mm, what will e te fe mpired to dng the Mck a4 lg the end effe nd the wo dimal A Acylindrical nk ofmdamter is conptetely filled with water nd i p arfae epen phee shn in the figue. Water is heing dinchrged the stmosphere fm a cinaule hede of 15 mm diameter kcated a the betm of the tank. The vale of akrde y91 m. How mch time (in n) wd be pired for Atmospherie air Water A punp d 4e of a ligl atin having deity of ISg/' m pen storage food tank of lge etinal trgh a 15 mm ID action line. The pump discharges i flow tgh s0 m ID line npen vehead ank. The end of the discharge line is 15aheve the level of the liguid in the feed ank. The fictin kmes in the piping vystem S Ng. I he efficimey of pani mey ppliede pp in KW
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