i'm sorry, the question is about surface energy balance. Given Q* = QH + QE + QG, QH = sensible heat flux, QE = latent heat flux and QG = ground heat flux. (All fluxes in [W/m²]) and the table below, I've to calculate the 24 hour totals equivalent loss of stored soil liquid water expressed in...
Given the equation Q* = QH + QE + QG and the corresponding data (all fluxes in [W/m²]). How can I find the equivalent loss of stored soil liquid water expressed in [mm] (Note: the conversion factor is the density of liquid water, i.e. 1000 kg/m^3)
Thanks very much for your help!:confused:
I've no idea how to start this question, please take a look.
I just pick some of the data from the table.
Thanks very much.
Daily cycle in the surface energy balance
The surface energy balance states that
Q¤ = QH + QE + QG
where QH is sensible heat, QE is latent heat and QG is ground...
given the latitude and longitude of a place, how can you use the horizontal system of celestial coordinates to find the location of the north celestial pole from an observer standing on that place?
For me, it's quite hard to imagine the Earth as a sphere, if 2-dimension, it's fine for me...