Question: A stack 100m tall emits a plume whose temperature is 20C. The temperature at the ground is 19C. The ambient lapse rate is -4.5C/km up

A stack 100m tall emits a plume whose temperature is 20C. The temperature at the ground is 19C. The ambient lapse rate is -4.5C/km up to an altitude of 200 m. Above this the ambient lapse rate is +20C/km. Assuming perfectly adiabatic conditions, how high will the plume rise and what type of plume will it be?

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock blur-text-image

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Chemical Engineering Questions!

Pengerang Hydrocarbon Plant releases aerosol as the major air polutant which the suspended particles in the gas stream may be separated by emission control device or combination of devices. TABLE Q 1...

information to answer the question: the ambient laspe rate (above 200 m) is the environmental lapse rate. So, below 200 m, plot the temperature profile (from the gradient, determine environmental...

Submit your completed problem set through the course Microsoft Teams site as a single PDF file whose file name begins with your "Lastname_Firstname." 1. Examine the following atmospheric altitude...

Air Pollution control 1. Suppose the following atmospheric altitude versus temperature data have been collected Altitude (m) 0 75 150 225 300 375 450 525 600 675 750 Temperature C) 25 26 27 28 26 24...

A 100m tall chimney stack emits hydrogen chloride (density = 1.64kg/m3 ) at a rate of 1m3 /s. The plume initially rises a further 5m directly above the exit before being convected horizontally by a...

A 100m tall chimney emits sulphur dioxide at a rate of 2.5kg/s in a highly buoyant plume. The plume rise (h) after exiting the chimney follows a trajectory which is given by the equation: h = 0.13...

A 1 0 0 m tall chimney emits sulphur dioxide at a rate of 2 . 5 kg / s in a highly buoyant plume. The plume rise ( h ) after exiting the chimney follows a trajectory which is given by the equation: h...

A child runs at a constant speed of 2.00 m/s along a 10.0m horizontal field, then quickly jumps on a massless sled to slide down a tall snowy hill. After sliding for 10.0m (measured along the hill),...

Question 5 ( 1 point ) Listen Two identical objects are dropped, one from the top of a 5 0 m tall building, one from the top of 1 0 0 m building. What can be said about the time to hit the ground?...

al do es e f ent yo ave ca wnlo 2 3 4 Goal Seek is another scenario tool that maximizes Excel's cell- referencing capabilities and enables you to find the input values needed to achieve a goal or...

a) Write down the form that is more appropriate to find the derivative at a specific point? b) Write down the form that is more appropriate if you want to find the derivative at multiple points? c)...

The displacement ( in meters ) of a particle moving in a straight line is given by \ [ s = t ^ { 2 } - 7 t + 1 9 \ ] where \ ( t \ ) is measured in seconds. ( A ) ( i ) Find the average velocity over...

1)-An investor considers to invest 150 000 TL for the next year. This investor has 3 options. The first option is to buy a government bond which was issued 4.5 years ago when the market interest...

2. To what extent do you think that the bonus culture is increasing the gap between rich and poor?

3. What legislation makes it unlawful for men and women who are doing the same job to be paid differently?

4. This was the situation in July 2014. Try to find out what happened in this equal pay case.