Ask Experts Questions for FREE Help !
Ask
    senazeri's Avatar
    senazeri Posts: 1, Reputation: 1
    New Member
     
    #1

    Apr 25, 2012, 04:40 AM
    atmospheric physics problem
    Given a relative humidity of cloud 101%, calculate the total mass of water vapour per unit
    horizontal area in a vertical column of atmosphere. If all this water vapour were to precipitate
    out, how many millimetres of rain would result? The pressure at cloud height is 900 hPa and the temperature is 270 K and μs=5.

Check out some similar questions!

Physics problem. Ask the question [ 2 Answers ]

A car of weight W = 11.5 kN makes a turn on a track that is banked at an angle of θ = 22.3°. Inside the car, hanging from a short string tied to the rear-view mirror, is an ornament. As the car turns, the ornament swings out at an angle of φ = 29.5° measured from the vertical inside the car. What...

Physics problem [ 10 Answers ]

A ball is thrown straight upward and rises to a maximum height of 18.0 m above its launch point. At what height above its launch point has the speed of the ball decreased to one-half of its initial value?

Heat physics problem [ 1 Answers ]

0.1kg of ice initially at a temperature of -10 degrees Celsius is added to a cup with .5kg of water initially at 20 degrees Celsius. The water and ice are isolated thermally from their surroundings. The specific heat of ice is 2000 J/kgoC, the specific heat of water is 4186 J/kgoC and the latent...

Can anyone solve this physics problem! [ 2 Answers ]

A cab driver picks up a customer and delivers her 3.50 km away, driving a straight route. The driver accelerates to the speed limit and, upon reaching it, begins to decelerate immediately. The magnitude of the deceleration two times the magnitude of the acceleration. Find the lengths of the...

Can somebody help with this Physics problem? [ 1 Answers ]

You observe an arti cial satellite orbiting the earth. You estimates it is at an altitude h = km above the earth's surface and has a mass m = 3500 kg. You wish to calculate when the satellite will be back in the same position. From the second law of motion and the gravitational force law,...


View more questions Search
 

Question Tools Search this Question
Search this Question:

Advanced Search

Add your answer here.