803ab - Weather Schoolhouse
Across
- 2. The NAVGEM does not perform well with forecasting _______ systems.
- 5. A limitation of a Deterministic model is that
- 6. The GFS is known for "progressive bias" and pushes storms to far ____.
- 10. The NAVGEM does not forecast well over ______.
- 16. Mathematical computations relating to force acting on or exerted by ice, water, or water vapor.
- 17. The GFS tends to move __________ features to quickly.
- 18. WAA is most common on the ____ side of low pressure centers.
- 20. Deterministic models align data within a models _____ points (Vertical and Horizontal).
- 21. The _______ derives probability products using 16 emmbers in 2 hour increments, and provides mesoscale-to-microscale products.
- 23. Mathematical projections of a 3-D atmopshere for a specific location over time, uses hydrodynamical equations.
- 24. A limitation of a Deterministic model is that it is impossible to aquire precise _____ conditions.
- 27. An advantage of Stochastic models is that it increases the solution spread, which increases the _____ of occurrence.
- 28. A limitation of Stochastic models is that it uses a lot of _____ power, and takes longer to produce/deliver.
- 32. The ______ is a Stochastic model created by the 557th weather wing and derives probability products using 63 ensemble members.
- 33. High thickness values indicate ____ air.
- 34. During trend analysis, you will have ________ when the new analysis data is slightly different from model.
- 35. ________ vorticity is Shear + Curvature.
- 37. When a parcel's "Z" axis is ______ to Earths "Z" axis then Planetary vorticity is near zero.
- 38. Created by NCEP, and products are available out to 16 days.
- 40. An advantage of a Deterministic model is that it is easy to use, and products are avilable for _________ use quickly.
- 42. On thickness, forecast a ________ when there is a contour trough without a thickness gradient.
- 43. Negative vorticity is indicated by "N" and indicates ______ upward vertical motion.
Down
- 1. Algorithms produce mathematical solutions displayed on this type of model, with specific values.
- 3. An example of ______ is 528dam to 540 dam.
- 4. When using the thickness model to forecast, SFC fronts are found in ________.
- 7. The GFS beyond 7-10 days is often unreliable based on ______.
- 8. A thickness gradient identifies areas of _____ advection, horizontal movement of temperature.
- 9. The GFS works best for ____ range forecasts (3-10 days).
- 11. ________ vorticity is the amount of rotation in straight-line flow.
- 12. For Stochastic models, multiple ______ members result in different solutions.
- 13. Primary model for oceanic operations.
- 14. Algorithms produce descriptive statistic, and repeats equation multipletimes with randomization.
- 15. What would you forecast if you see a closed, cold core thickness isopleth in nearly the same location and orientation as the isobaric pattern?
- 19. Created by roation in the jet axis, and parallels contours on the vorticity model.
- 22. The ______ displays weather parameters in a table format.
- 23. On the vorticity model, a deepening MSWT is indicated by greater ____.
- 24. Lines interconnecting the same thickness height are called _____.
- 25. __________ is the vertical distance between two constant pressure surfaces.
- 26. The ______________ thickness gradient parallels the 500mb contours.
- 29. The 570 dam thickness isopleth is the boundary between modified polar and ______ air.
- 30. Process example: 00-hour forecast of new model compared to 06-hour froecast of OLD model.
- 31. You will locate the ____ between 528-570 on the thickness isopleths.
- 36. This process determines model accuracy.
- 37. Downstream of a MSWT axis on the vorticity chart you will find ______.
- 39. ________ vorticity is the total roation of parcel due to a combination of all forces.
- 41. Negative vorticity advection is the movement of ______ vorticity values.