It would help a lot if some could help me answer vthese questions, will give brainliest to the person who answers it the best. Included are 2 pictures of the first 2/3d’s of Data and Observations gathered on a day from Station 1, Cape Canaveral, Florida. And the last part of the data I have written out.

| 4:00pm | 86 | 1011.3 | 70% | Partly Cloudy | Variable 7 | 75 |.

| 5:00pm | 85 | 1011.5 | 72% | Partly Cloudy | SE7 | 75 |

| 6:00pm | 82 | 1011.7 | 77% | Mostly Cloudy | E5 | 74 |

| 7:00pm | 81 | 1012.1 | 82% | Mostly Cloudy | SE3 | 75 |

| 8:00pm | 79 | 1012.9 | 88% | Mostly Cloudy | SW6 | 75 |

| 9:00pm | 78 | 1013.8 | 90% | Overcast | SW3 | 75 |

| 10:00pm | 77 | 1014.4 | 94% | Overcast | SW7 | 75 |

| 11:00pm | 76 | 1014.3 | 100% | Overcast | Calm | 75 |

Using the weather data in Table 1, create a 12-hour general weather forecast for the next day following the data collected.

Questions and Conclusion

1. Write a summary of the weather that occurred during the 24 hours in Table 1.
2. What are the possible sources of error in the weather data?
3. What relationships do you notice between temperature, dew point, humidity, cloud cover, and air pressure? Provide evidence for these relationships from data in Table 1.
4. In conclusion, how did your graphs support or contradict your 12-hour forecast for the following day?
5. Describe additional data you could collect to make your forecast more reliable.
6. What did you learn about weather forecasting by completing the activity(optional to answer, but an idea for something to write as a response would help)

Explanation:

1. During the day, the earth is heated by the sun. If skies are clear, more heat reaches the earth's surface (as in the diagram below). This leads to warmer temperatures.However, if skies are cloudy, some of the sun's rays are reflected off the cloud droplets back into space. Therefore, less of the sun's energy is able to reach the earth's surface, which causes the earth to heat up more slowly. This leads to cooler temperatures.When forecasting daytime temperatures, if cloudy skies are expected, forecast lower temperatures than you would predict if clear skies were expected.At night cloud cover has the opposite effect. If skies are clear, heat emitted from the earth's surface freely escapes into space, resulting in colder temperatures.However, if clouds are present, some of the heat emitted from the earth's surface is trapped by the clouds and reemitted back towards the earth. As a result, temperatures decrease more slowly than if the skies were clear.When forecasting nighttime temperatures, if cloudy skies are expected, forecast warmer temperatures than you would predict if clear skies were expected.

2. The possible sources of error are human error and misreading the data.

3, As air temperature increases, air can hold more water molecules, and its relative humidity decreases. When temperatures drop, relative humidity increases. High relative humidity of the air occurs when the air temperature approaches the dew point value.

4. When forecasting if cloudy skies are expected, forecast lower temperatures than you would predict if clear skies were expected.

5. A more reliable approach to weather forecasting is known as the steady-state or trend method. This method is based on the knowledge that weather conditions are strongly influenced by the movement of air masses that often can be charted quite accurately.

6. Weather forecasts are made by collecting as much data as possible about the current state of the atmosphere (particularly the temperature, humidity and wind) and using understanding of atmospheric processes (through meteorology) to determine how the atmosphere evolves in the future

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