8:52 PM ↓ O+ "444.0 AC Expert Help EikKTO#1996 21:32 An average car consumes about 5 litres of gasoline in a day for running with in a town and the capacity of the fuel tank of the car is about 50 litres. Therefore, the car needs to be filled ones in 10 days. Also, the density of the gasoline ranges from 0.72-0.78bkg/l and its lower heating value is about 44,000 KJ/kg. Suppose all the problems associated with radioactivity and its waste disposal of nuclear fuel are resolved and the car is to be powered by Uranium 235. If a new car comes equipped with 0.1 kg of nuclear fuel U-235. Determine if this car will ever need refueling under similar driving conditions. Complete fission of 1 kg uranium releases 0.73 × 1010 KJ/kg. Hint: Determine average petrol density, mass of gasoline per day, energy per day, energy release from uranium and number of years (7.5 Marks) Gerallt 21:32 ● ANSWER See the answers below STEP BY STEP SOLUTION ||| Մ
8:52 PM ↓ O+ "444.0 AC Expert Help EikKTO#1996 21:32 An average car consumes about 5 litres of gasoline in a day for running with in a town and the capacity of the fuel tank of the car is about 50 litres. Therefore, the car needs to be filled ones in 10 days. Also, the density of the gasoline ranges from 0.72-0.78bkg/l and its lower heating value is about 44,000 KJ/kg. Suppose all the problems associated with radioactivity and its waste disposal of nuclear fuel are resolved and the car is to be powered by Uranium 235. If a new car comes equipped with 0.1 kg of nuclear fuel U-235. Determine if this car will ever need refueling under similar driving conditions. Complete fission of 1 kg uranium releases 0.73 × 1010 KJ/kg. Hint: Determine average petrol density, mass of gasoline per day, energy per day, energy release from uranium and number of years (7.5 Marks) Gerallt 21:32 ● ANSWER See the answers below STEP BY STEP SOLUTION ||| Մ
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
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