In the cylindrical storage tank given below, the outlet flow is given as a function of the liquid height (F_{2} = 0.8h, h is the liquid height). In steady condition, the volumetric flow rate F₁ is 1.5m³/min. The floor area of the tank is 2m². If the F₁ flow is completely turned off, when will the liquid height in the tank be 0.5m? (The densities of the input and output flow are equal and the temperature is constant.)
In the cylindrical storage tank given below, the outlet flow is given as a function of the liquid height (F_{2} = 0.8h, h is the liquid height). In steady condition, the volumetric flow rate F₁ is 1.5m³/min. The floor area of the tank is 2m². If the F₁ flow is completely turned off, when will the liquid height in the tank be 0.5m? (The densities of the input and output flow are equal and the temperature is constant.)
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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In the cylindrical storage tank given below, the outlet flow is given as a function of the liquid height (F_{2} = 0.8h, h is the liquid height). In steady condition, the volumetric flow rate F₁ is 1.5m³/min. The floor area of the tank is 2m². If the F₁ flow is completely turned off, when will the liquid height in the tank be 0.5m? (The densities of the input and output flow are equal and the temperature is constant.)
Transcribed Image Text:ÖDEV 1: Aşağıda verilen silindirik depolama tankında çıkış akımı sıVI
yüksekliğinin fonksiyonu olarak verilmiştir (F2=0,8h, h sıvı yüksekliğidir).
Yatışkın koşulda F₁ hacimsel akış hızı 1,5m³/dk'dır. Tankın taban alanı 2m²'dir. F₁
akımı tamamen kapatılırsa tanktaki sıvı yüksekliği ne zaman 0,5m olur? (Giriş ve
çıkış akımlarının yoğunlukları eşit ve sıcaklık sabittir.)
F₁
F₂=0,8h
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