Refer to FIGURE 14 ehowing tho formation of tno thunderetorm weves (18) anco Source https://online hiseden.co.za/wo-contenUuploads/2021/03/Geography-Gradn-12. Term-1-Week-3 2021 pdf 1.4.1 Name the season during which line thunderstorm develop. $$ (1 \times 1) $$ (1) 1.2 Name the two high-pressure systems responsible for the formation of line thunderstorm. $$ (1 \times 2) $$ (2) 1.43 Slate two weather conditions associated with line thunderstorm $$ (2 \times 1) $$ 1.4. Explain why line thunderstorms develop on the Northeast of the moisture front. $$ (1 \times 2) $$ 1.4.5 In a paragraph of approximately Eight lines, evaluate the negative and the positive impact of line thunderstorm on farming activities $$ (4 \times 2) $$ (8) $$ [15] $$

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1.1. Name the season during which line thunderstorms develop:
Line thunderstorms typically develop during the summer season when there is high humidity and warm temperatures.

1.2. Name the two high-pressure systems responsible for the formation of line thunderstorms:
The two high-pressure systems responsible for the formation of line thunderstorms are the subtropical high-pressure belt and the polar high-pressure belt.

1.3. State two weather conditions associated with line thunderstorms:
Two weather conditions associated with line thunderstorms are:
- High humidity
- Warm temperatures

1.4. Explain why line thunderstorms develop on the northeast of the moisture front:
Line thunderstorms develop on the northeast of the moisture front because the warm, moist air from the equator moves towards the cooler, drier air from the poles. This creates a boundary where the warm air rises, cools, and condenses, forming clouds and thunderstorms.

1.5. Evaluate the negative and positive impact of line thunderstorms on farming activities:
Line thunderstorms can have both negative and positive impacts on farming activities.

Negative impacts:
- Heavy rainfall can cause flooding, leading to crop damage and soil erosion.
- Strong winds can damage crops and farm structures.
- Lightning strikes can destroy crops and farm equipment.

Positive impacts:
- Heavy rainfall can replenish soil moisture, benefiting crops that require high water levels.
- Thunderstorms can bring much-needed rain to areas experiencing drought.
- The cooling effect of thunderstorms can provide relief from heat stress for crops and animals.

Therefore, line thunderstorms can have both negative and positive impacts on farming activities, depending on the severity of the storm and the specific conditions of the farm.
Line thunderstorms typically occur in summer due to high humidity and warm temperatures. They form when warm, moist air meets cooler air, creating a boundary that leads to rising air and storm development. Specifically, these storms often form on the northeast side of moisture fronts where warm air rises and cools, causing cloud formation and thunderstorms. The two high-pressure systems involved are the subtropical high-pressure belt and the polar high-pressure belt. Weather conditions associated with line thunderstorms include high humidity and warm temperatures. Line thunderstorms can negatively impact farming by causing flooding, crop damage, and equipment destruction, but they can also positively benefit farming by providing much-needed rainfall and relief from heat stress, especially in drought-prone areas.

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