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悋惘忰 悋惘忰 悋 惡愕
King Saud University /Chemical Engineering Department
CHE 212 Thermodynamics For Agricultural Engineering
SHORT EXAMINATION 1 DUE WEDNESDAY SEPT 24 H
_Student Name Student#
Problem 1: a) Name the 5 top economies of the world TODAY !
b) Write down types of economies ? What kind of economy is the Saudi Economy ?
Problem 2
a)What are the three pillars of any economy? which one is important for you as a
new engineer?
b) Write down the qualitative equation for calculating The Gross Domestic Product " GDP"
GDP=f (.,..,)
Problem 3: 悸 悋惺悋愆惘悸 悋惠悸 悽愀悸 惺 惡悋愕悋惡 惠忰惆惓悋愕惺惆悸 悋惺惘惡悸
悸悋悽愀 悵 惠惘慍 悋悋惠惶悋惆 悖悋惺  惺 悖 惺
Problem 4:
a)What is the source of all types of fossil ( depleted) energy on earth
b)- The basic barometer can be used to measure the height of a building. If the barometric readings at the
top and at the bottom of a building are 730 and 755 mm Hg, respectively, determine the height of the
building. Take the densities of air and mercury to be 1.18 kg/m3 and 13,600 kg/m3, respectively

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Agricultural eng thermodynamics quiz 1 che 212 fall 2014 due sept 24 2014

  • 1. 悋惘忰 悋惘忰 悋 惡愕 King Saud University /Chemical Engineering Department CHE 212 Thermodynamics For Agricultural Engineering SHORT EXAMINATION 1 DUE WEDNESDAY SEPT 24 H _Student Name Student# Problem 1: a) Name the 5 top economies of the world TODAY ! b) Write down types of economies ? What kind of economy is the Saudi Economy ? Problem 2 a)What are the three pillars of any economy? which one is important for you as a new engineer? b) Write down the qualitative equation for calculating The Gross Domestic Product " GDP" GDP=f (.,..,) Problem 3: 悸 悋惺悋愆惘悸 悋惠悸 悽愀悸 惺 惡悋愕悋惡 惠忰惆惓悋愕惺惆悸 悋惺惘惡悸 悸悋悽愀 悵 惠惘慍 悋悋惠惶悋惆 悖悋惺 惺 悖 惺 Problem 4: a)What is the source of all types of fossil ( depleted) energy on earth b)- The basic barometer can be used to measure the height of a building. If the barometric readings at the top and at the bottom of a building are 730 and 755 mm Hg, respectively, determine the height of the building. Take the densities of air and mercury to be 1.18 kg/m3 and 13,600 kg/m3, respectively