Working from Eqs. (2.19) and (2.20), derive the QG vorticity equation (2.21). Be sure to show...

Transcribed Image Text:

Working from Eqs. (2.19) and (2.20), derive the QG vorticity equation (2.21). Be sure to show all of your work clearly and neatly. Ә Әх ду +u 's дх at ду g ә ди ду g g дv ти g tus at 's Әх g + fouag + Byue =0, and ду ang ve ay -+1 ду ди g -fovag-Byvs аш 04x =-V - V. V(§g +f)+fo -f) + fo ap g 8 at (2.19) |-- (2.20) (2.21) Working from Eqs. (2.19) and (2.20), derive the QG vorticity equation (2.21). Be sure to show all of your work clearly and neatly. Ә Әх ду +u 's дх at ду g ә ди ду g g дv ти g tus at 's Әх g + fouag + Byue =0, and ду ang ve ay -+1 ду ди g -fovag-Byvs аш 04x =-V - V. V(§g +f)+fo -f) + fo ap g 8 at (2.19) |-- (2.20) (2.21)

Answer rating: 100% (QA)

Solution Let 219 equation Vg avg fouag Ug Vg at axat e zeh... View the full answer