Show that 0-D EBM has the following solutions: dI Equilibrium solution: Assuming that the BM reaches...

Transcribed Image Text:

Show that 0-D EBM has the following solutions: dI Equilibrium solution: Assuming that the BM reaches a steady state i.e., di please sw ulit..as an equ.l.br.um slution 1 give.. by =0 AF +W 1 SAT: F +N=0 T= D D (1-S-A B = 14 C, In the absence of GHG and weather changes, show that I which is close to the observed global mean su ace tempe ature Transient solution Using 1, shu I Lis-I) that the EBM e uation can be re-written as I and then show that (s(0) T) is the d(I-I) Bi dt time depenent solution to EBivi, where T = Tt)=1+i 5 B years is an e-folding decay time. Discussion. Show that at t=u, It=10) and as tooie I(t) T; It means I always approaches I and the seed of IT is measured by Note that is proportional to C, but inversely roportional to B, meaning the larger the heat capacity and the smaller longwave radiation loss, the longer the decay time. Show that 0-D EBM has the following solutions: dI Equilibrium solution: Assuming that the BM reaches a steady state i.e., di please sw ulit..as an equ.l.br.um slution 1 give.. by =0 AF +W 1 SAT: F +N=0 T= D D (1-S-A B = 14 C, In the absence of GHG and weather changes, show that I which is close to the observed global mean su ace tempe ature Transient solution Using 1, shu I Lis-I) that the EBM e uation can be re-written as I and then show that (s(0) T) is the d(I-I) Bi dt time depenent solution to EBivi, where T = Tt)=1+i 5 B years is an e-folding decay time. Discussion. Show that at t=u, It=10) and as tooie I(t) T; It means I always approaches I and the seed of IT is measured by Note that is proportional to C, but inversely roportional to B, meaning the larger the heat capacity and the smaller longwave radiation loss, the longer the decay time.