Question

Time to use what you have learned about weather forecasting to generate weather
maps using data from the lab. Follow these steps:
1.Choose two locations from this activity that had very different weather over the 5
days. Make a prediction for the weather in these areas for Day 6.
2.Draw a weather map for each location to show your prediction. Use the symbols
you observed in the Virtual Meteorologist Lab in your drawings. Make sure you
choose and arrange symbols so that each map corresponds accurately to the
weather conditions you predict.

Answer 1

I don’t have the five-day lab data you used, so I can either (A) make maps from the exact lab locations if you paste the 5‑day observations here, or (B) show two concrete example locations (one that stayed warm & sunny, one that had repeated cold fronts and snow) and produce Day‑6 predictions and maps you can copy or adapt. Below I give option B (complete examples + how to draw the maps). If you want me to use your actual lab locations, paste the five days of observations for each location and I’ll redo the maps to match.

Example pair of contrasting locations and Day‑6 forecasts

Location 1 — "Coastal City"
- Five‑day pattern (summary): mild and steadily warming days (highs ~68–75°F), mostly sunny mornings, afternoon sea breezes, little to no precipitation.
- Day‑6 prediction: Continued high pressure offshore → mostly sunny with a cool marine morning layer, sea breeze in the afternoon (light onshore winds). No precipitation expected; low humidity. High ~72°F, low ~58°F.

Map description and symbols (legend first)
- Legend:
- H = High pressure center
- ☀ = Clear / sun
- ⛅ = Partly cloudy / morning marine layer
- → = wind direction (arrow points toward wind flow)
- dashed line near coast = sea breeze zone

- Map (text diagram — imagine north at top; coast on the right side):
[inland]
⛅ ☀
↑ ↑
H → → → (offshore)
[coast] — dashed line along coast (sea breeze)
- Features to draw:
1. Place a large H offshore to the right (over the ocean) a short distance from the coast to indicate the dominant high pressure.
2. Nearshore, draw a dashed line parallel to the coast labeled “sea breeze” and put small arrows from ocean to land (→) to show onshore flow.
3. Over land put morning marine layer symbol (⛅) and daytime sun (☀).
4. No fronts, no L, no precipitation symbols.

Rationale: A nearby high pressure suppresses clouds and precipitation. The persistent onshore pressure/temperature difference produces a sea breeze, cooling mornings slightly but keeping days clear.

Location 2 — "Inland Plains / Mountain Gap"
- Five‑day pattern (summary): temperatures fell over the five days as several cold fronts passed; Day 4–5 had heavy rain that changed to snow in the nights; gusty northerly winds behind the last front.
- Day‑6 prediction: Cold, breezy, with lingering light snow or flurries in higher terrain, partly cloudy otherwise. Cold air mass remains in place; daytime highs several degrees below freezing (e.g., high ~28–32°F), overnight lows 15–20°F. NW to N winds 15–25 mph with gusts.

Map description and symbols (legend)
- Legend:
- L = Low pressure center
- Cold front: -----< (triangles point in direction of motion)
- Snowflake (❄) or write "snow" for snow/flurries
- Wind arrows show northerly flow (↑ from bottom if south at bottom)
- Hints of cloud: ☁

- Map (text diagram):
[north]
↑ ↑
☁ ↑ ☁ (gusty N winds)
L-----< (cold front line from west to east, triangles pointing east)
❄ (lingering snow/flurries behind front)
[south]
- Features to draw:
1. Place an L to the west/northwest of the area to indicate the low that carried the front through (or a residual trough).
2. Draw a cold front line passing through/just east of the location: use a solid line with triangles pointing in the direction of movement (eastward). Label it “cold front →” with triangles pointing away from the low.
3. Behind (north of) the front, draw snowflake symbols (❄) or write “flurries/snow” and put northerly wind arrows → show cold air advection.
4. If some clearing is expected later in the day, show broken cloud (☁) to indicate partly cloudy skies.

Rationale: After the frontal passage the air mass is colder and drier aloft but may contain enough moisture and lift for lingering flurries in upslope or convective zones. Winds from the north reinforce the cold.

Steps you can follow to make your own Day‑6 maps for the actual lab locations
1. Summarize the last 5 days for each location: observe trends in temperature, wind direction/speed, precipitation type/timing, and whether fronts or pressure systems passed.
2. Identify the synoptic situation: is a high building in, is a low moving away, is a front approaching or just passed?
3. Predict the dominant air mass and wind direction for Day‑6:
- If high pressure is moving in → mostly clear, light winds.
- If cold front just passed → colder temps, gusty winds, possible flurries.
- If warm front approaching → warming temps, increasing cloud and steady precipitation.
4. Draw the map: place H or L, draw fronts (cold front = triangles, warm front = semicircles, stationary = alternating), add precipitation symbols (rain, snow), and wind arrows. Make sure placement reflects movement and timing (triangles/semicircles point in the movement direction).
5. Write a 1–2 sentence justification linking the 5‑day trends to your Day‑6 forecast.

If you paste the five days of observations (temperature highs/lows, wind direction/speed, cloud cover, precipitation, fronts/pressure changes) for the two locations from your lab, I’ll generate Day‑6 predictions and draw precise maps using the same symbols you used in the Virtual Meteorologist Lab.