Estimate ground level no concentration, Physics

A stack emitting 85 g/s of NO has an effective stack height of 100 m. The wind speed is 3 m/s at 10 m, and it is a cloudy summer day.  Estimate ground level NO concentration:   

a) directly downwind at a distance of 3 km    

b) at the point downwind where NO is a maximum   

c) at a point located 2 km downwind and 0.1 km off the downwind axis.

Posted Date: 3/23/2013 6:02:09 AM | Location : United States

Related Discussions:- Estimate ground level no concentration, Assignment Help, Ask Question on Estimate ground level no concentration, Get Answer, Expert's Help, Estimate ground level no concentration Discussions

Write discussion on Estimate ground level no concentration
Your posts are moderated
Related Questions
what is the dimension and unit of bulk modulus,stress,strain and moment of interia

which one of the following engine has thr highest effeciency carnot engine or rankine engine or otto engine?

Get an expression relating T and V in an adiabatic reversible expansion of a gas obeying the equation of state PV = nRT.

EXPLANATION: Whenever an interaction occurs among two objects, each object exerts the similar force on the other, but in the opposite direction and for the similar length of ti

When two particles tend to each other, their motion alters or their momentum modify because of their mutual interactions. This phenomenon is called as collision. During collision

A crown glass prism has refractive indices 1.575 and 1.585 for blue and red colours. Determine its dispersive power. What are the basic conditions for a pair of thin prisms to p

In calculating the integral that one evaluates in applying the Biot-Savart Law one is Answer: The Biot-Savart Law itself written in discrepancy form gives the infinitesimal

A Neutron Star is formed in the aftermath of a Supernova explosion. The star was originally rotating with a period of 20 days and had a mass of 2x10 30 kg and radius of 6x10 8 m.

Production of electricity : Very large amounts of electrical energy lie dormant in the atoms of every speck of material in the universe. Whilst the atoms remain electrically ba

Can you please give me feedback on my physics assignment.