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Shade in the A or B circle for each question.
Draw a line connecting each item on the left to its match on the right.
| Left column | Right column | |
|---|---|---|
| 1Advantage: remote places | AThis ignores the drawbacks. Automatic stations cost a lot, need power, can be damaged by storms and are hard to repair in remote places. | |
| 2Disadvantage: sensor damage by storms | BThe answer is vague. It does not give a specific advantage or link it to the weather scenario in the question. | |
| 3A scenario says a station must record temperature every hour for a whole year, including nights and holidays. Give the matching advantage. | CAn automatic weather station can collect data on a mountain or island where staff would find it hard to live or travel. | |
| 4A scenario says a station on a remote island runs on a battery and sometimes stops working. Give the matching disadvantage. | DStrong wind, lightning or flooding can break the exposed sensors, so readings are lost just when the weather is most important. | |
| 5Answer: Automatic weather stations are good because they are better. | EAdvantage: readings at regular intervals all day and night | |
| 6Answer: The station has no disadvantages because it is automatic. | FDisadvantage: power supply and repair in remote places |
Complete each line of code by filling in the missing parts.
Shade in the letter of the line that contains an error.
automatic weather station pros and cons — Weigh benefits like remote sites, readings day and night and no staff at risk against cost, storm damage, power supply and remote repairs, linking each point to the scenario.Advantage: station works in remote placesAdvantage: readings taken day and nightAdvantage: no staff at risk in a stormDisadvantage: storms can damage sensorsDisadvantage: remote repair is slow, costly