The wind chill factor represents the equivalent air temperature at a standard wind speed that would produce the same heat loss as the given temperature and wind speed. one formula for computing the equivalent temperature is w(t) = {â ([email  protected](10.45+10âv-v)(33-t)/[ema il  protected](33-t) ) ⤠â (if 0â¤v< [email  protected] 1.79â¤v< [email  protected] vâ¥20) where v represents the wind speed (in meters per second) and t represents the air temperature . compute the wind chill for an air temperature of 15â°c and a wind speed of 12 meters per second. (round the answer to one decimal place.) show your work.

The given equation is very confusing, next time please type it correctly. However I believe the correct form of the equation based on other sources is:

Wind chill factor:

W (t) = 33 – {(10.45 + 10 sqrtv - v)(33 - t)}/2204 

We are given the following variables:

v = wind speed = 12 m / s

t = air temperature = 15°C

To get the value of the wind chill factor W(t) simply plug in the variables in the equation and calculate:

W (t) = 33 - (10.45 + 10 sqrt(12) - 12)(33 - 15)}/2204

W (t) = 33 – 0.27

W (t) = 32.73

in simple terms, the principle states that the buoyancy force on an object is equal to the weight of the fluid displaced by the object, or the density of the fluid multiplied by the submerged volume times the gravitational acceleration, g. this is also known as upthrust.

number of electrons for neutral cl