1. Name the high pressure cells labelled \( A \) and \( B \). \[ (2 \times 2=4) \] 2. Give TWO pieces of evidence from the map that this is a summer map. 3. Identify the low pressure cell labelled E . \[ \begin{array}{l} (2 \times 2=4) \\ (1 \times 2=2) \end{array} \] 4. The letter G indicates a mid-latitude cyclone. a) Name the fronts labelled F and H . \[ (2 \times 2=4) \] b) In which direction does this cyclone generally move? \[ (1 \times 2=2) \] c) Describe how front F will affect the weather of Cape Town. \[ (3 \times 2=6) \] 5. Refer to the cyclone named Cathy. a) What type of cyclone is Cathy? \[ (1 \times 2=2) \] b) State how many cyclones have occurred for this season, including Cathy. \[ (1 \times 2=2) \] c) In which direction does this cyclone move? \[ (1 \times 2=2) \] d) List TWO conditions necessary for this cyclone to form. \[ (2 \times 2=4) \] 6. Refer to the weather station labelled D and describe the weather in terms of: cloud cover, wind speed, wind direction, air temperature, dewpoint temperature. \( (4 \times 2=8) \)

It looks like you're referring to a specific map or diagram to answer these questions. Since I don't have access to the visual content you're referencing, I'll provide general guidance on each question based on standard meteorological concepts. If you can provide more details or describe the map, I can offer more targeted assistance. --- ### 1. Name the high pressure cells labelled \( A \) and \( B \). **General Answer:** High-pressure cells are typically referred to as **anticyclones**. Depending on their location, they can be further classified as: - **Subtropical Highs**: Located around 30° latitude in both hemispheres. - **Polar Highs**: Found near the poles. Without the specific map: - **A** and **B** are both likely **Anticyclones** (High-Pressure Systems). --- ### 2. Give TWO pieces of evidence from the map that this is a summer map. **General Indicators of a Summer Map:** 1. **Position of the Sun or Solar Radiation Intensity**: Higher solar angles indicating warmer temperatures. 2. **Presence of Features Like the Bermuda High**: Prominent subtropical high-pressure systems. 3. **Temperature Gradients**: Warmer regions closer to the equator. 4. **Vegetation Patterns**: Lush greenery indicating seasonal growth. --- ### 3. Identify the low pressure cell labelled E. **General Answer:** Low-pressure cells are typically called **cyclones** or **depressions**. Depending on the region: - **Tropical Cyclone**: Found in tropical regions with warm core systems. - **Mid-Latitude Cyclone**: Found in temperate zones with fronts. Without the specific map: - **E** is likely a **Cyclone** or **Low-Pressure System**. --- ### 4. The letter G indicates a mid-latitude cyclone. #### a) Name the fronts labelled F and H. **General Fronts in Mid-Latitude Cyclones:** - **Front F**: Likely a **Cold Front** or **Warm Front**. - **Front H**: Could be the opposing front, either a **Warm Front** or **Cold Front**. *Typically, a mid-latitude cyclone has a cold front and a warm front.* #### b) In which direction does this cyclone generally move? **General Answer:** Mid-latitude cyclones generally move from **west to east** due to prevailing westerly winds in mid-latitudes. #### c) Describe how front F will affect the weather of Cape Town. **General Answer:** Assuming **Front F** is a **Warm Front**: - **Warm Front Effects**: - Gradual increase in temperature. - Cloudy skies with stratiform clouds. - Precipitation ahead of the front. - Gentle, sustained winds shifting direction. *If Front F is a Cold Front, effects would include:* - Sudden temperature drop. - Clear skies after passage. - Thunderstorms or heavy rain. - Gusty winds and possible abrupt weather changes. --- ### 5. Refer to the cyclone named Cathy. #### a) What type of cyclone is Cathy? **General Answer:** Without specific details, **Cyclone Cathy** could be: - **Tropical Cyclone**: If in tropical regions with strong winds and organized convection. - **Extra-Tropical Cyclone**: In temperate regions associated with fronts. #### b) State how many cyclones have occurred for this season, including Cathy. **General Answer:** This requires specific data from the map or dataset. Typically, you would count all named cyclones up to and including Cathy. #### c) In which direction does this cyclone move? **General Answer:** - **Northern Hemisphere**: Generally move from west to east and can curve poleward. - **Southern Hemisphere**: Also move west to east but curves poleward to the west. #### d) List TWO conditions necessary for this cyclone to form. **General Conditions:** 1. **Warm Ocean Waters**: Typically above 26.5°C to provide energy. 2. **Low Wind Shear**: To allow the cyclone to organize and strengthen. 3. **High Humidity**: Especially in the mid-levels of the atmosphere. 4. **Pre-existing Disturbance**: Such as a tropical wave or low-pressure area. --- ### 6. Refer to the weather station labelled D and describe the weather in terms of: **General Parameters to Describe Weather:** 1. **Cloud Cover**: - **Clear/Sunny**: Few or no clouds. - **Partly Cloudy**: Some clouds. - **Overcast**: Thick cloud cover. 2. **Wind Speed**: - **Calm**: Minimal movement. - **Breezy**: Moderate speed. - **Windy**: Strong speed. 3. **Wind Direction**: - **N, NE, E, SE, S, SW, W, NW**: Indicating where the wind is coming from. 4. **Air Temperature**: - Specific temperature reading (e.g., 25°C). 5. **Dewpoint Temperature**: - Indicates moisture in the air (e.g., 18°C). **Example Description:** - **Cloud Cover**: Partly cloudy skies. - **Wind Speed**: Moderate breeze at 15 km/h. - **Wind Direction**: Coming from the southwest (SW). - **Air Temperature**: 22°C. - **Dewpoint Temperature**: 16°C. *Please adjust based on the specific data from weather station D.* --- If you can provide more details or specific information from the map or diagram, I'd be happy to refine these answers further!