Calculate H using plume rise equations for an 80 m high source (h) with a stack...

Calculate H using plume rise equations for an 80 m high source (h) with a stack diameter = 5 m,
stack exit velocity = 12 m/s, wind speed at stack height = 1.9 m/sec,

Q=100g/sec. stack gas temperature = 80 oC (353 K), ambient temp = 25 o C (298 K), and sunny day with stability condition

Determine the total plume height (_________) m
Determine the sigma z at the distance for MGLC. (____________) m
Calculate the distance for MGLC (__________) Determine MGLC at its location on the centerline. (____________) micro-gram/m3

will upvote, thanks!

Expert Solution

DEAR ASPIRANT MANY OF THE DATAS ARE NOT GIVEN, BUT STILL TRIED TO SOLVE IT...

ALSO MANY OF THE PARTS ARE BEING SOLVED REST OF THE OTHER I HAVE BEEN WRITTEN THEIR FORMULAS SO TRY TO UNDERSTAND..

THANK YOU..

Amanda K answered 7 months ago

Most equations for predicting plume rise contain two terms that account for different physical reasons for...

Most equations for predicting plume rise contain two terms that account for different physical reasons for the rise. What is the nature of these two terms?

A 89.35-kg skier with an initial speed of vi=43.91 m/s coasts up a H=15.58-m-high rise as...

A 89.35-kg skier with an initial speed of vi=43.91 m/s coasts up a H=15.58-m-high rise as shown in the figure. The slope angle is theta=50.33. What is her final speed at the top? Assume the coefficient of friction between her skis and the snow is 0.069 (Hint: Find the distance traveled up the incline assuming a straight-line path as shown in the figure.) Use g = 10 m/s2.

1) Calculate the ∆H value for the following unbalanced reaction using equations 1 and 2. C (s)...

1) Calculate the ∆H value for the following unbalanced reaction using equations 1 and 2. C (s) + H 2 O (g) → CO 2 (g) + H 2 (g) Equation 1: C (s) + O 2(g) → CO 2 (g) ∆H = –304 kJ Equation 2: H 2 (g) + O 2 (g) → H 2 O (g) ∆H = –242 kJ 2) Given 0.150 L of nitrous oxide at 25 °C and 749 mmHg pressure, calculate the number of N...

Derive wave equation for H (eq. 9.7 in the textbook) from Maxwell’s equations for source-free region...

Derive wave equation for H (eq. 9.7 in the textbook) from Maxwell’s equations for source-free region filled with linear, homogeneous, and lossless material of permittivity ε and permeability μ.

Calculate the concentration of H+ in a 0.250 M solution of oxalic acid. Consider only [H+]...

Calculate the concentration of H+ in a 0.250 M solution of oxalic acid. Consider only [H+] from the first ionization. (Ka = 5.37 x 10^-2) Then calculate [H+] of the same solution, including the H+ ions resulting from the second ionization. (Ka = 5.37 x 10^-5)

A curve of radius 69 m is banked for a design speed of 80 km/h ....

A curve of radius 69 m is banked for a design speed of 80 km/h . if the coefficient of static friction is 0.33 (wet pavement) at what range of speeds can a car safely make the curve?

Flue gases from an incinerator are released to atmosphere using a stack that is 0.62 m...

Flue gases from an incinerator are released to atmosphere using a stack that is 0.62 m in diameter and 10.0 m high. The outer surface of the stack is at 45°C and the surrounding air is at 10°C. Determine the rate of heat transfer from the stack, assuming a. there is no wind and, b. the stack is exposed to 21 km/h winds.

Calculate the [H+] and [OH-] of each of the following solutions. 0.010 M HCl 0.010 M...

Calculate the [H+] and [OH-] of each of the following solutions. 0.010 M HCl 0.010 M H2SeO4 0.025 M KOH 0.020 M Ba(OH)2

Using Gaussian dispersion equations, the stability class, and dispersion coefficient data for a source emitting SO2...

Using Gaussian dispersion equations, the stability class, and dispersion coefficient data for a source emitting SO2 at a rate of 50 g/sec on a very sunny summer day with a wind speed at anemometer height of 2.9 m/sec, and effective stack height of 30 m at temperature = 293K, determine the stability class and dispersion coefficients for receptor distances of 200, 500, 800 m and 1000 m. Calculate and draw the ground level concentrations in ppbv as a function of...

Calculate the concentrations of H2C2O4, HC2O4^ -, C2O4^ -2, and H^+ species in a 0.430 M...

Calculate the concentrations of H2C2O4, HC2O4^ -, C2O4^ -2, and H^+ species in a 0.430 M Oxalic Acid Solution (Ka1 = 6.5 x 10^-2) (Ka2 = 6.1 x 10^-5) Be sure to answer in correct number of significant figures. H2C2O4 = ________ M HC2O4^- = _________ M C2O4^2- = _________ x 10 ^ (scientific notation) H^+ = ____________ M

Question