Figure 1 shows that the temperatures in Eastern Brazil are warm between 5 C - 20 C.

Figure 1 shows that the temperatures in Eastern Brazil are cold, between 10 C - (-30 C).

Figure 1 shows that the temperatures in Eastern Brazil are hot, between 20 C - 30 C.

Figure 1 shows that the temperatures in Eastern Brazil are warm, between 10 C - 30 C.

Figure 1 shows that the temperatures in Northern Norway are cold between (-15 C) - 10 C.

Figure 1 shows that the temperatures in Northern Norway are warm, between 10 C - 30 C).

Figure 1 shows that the temperatures in Northern Norway are hot, between 20 C - 30 C.

Figure 1 shows that the temperatures in Northern Norway are hot, between 10 C - 30 C.

Figure 2 shows that Eastern Brazil is at 50 S and a temperate climate zone.

Figure 2 shows that Eastern Brazil is at 10 S and a tropical climate zone.

Figure 2 shows that Eastern Brazil is at 30 S and a temperate climate zone.

Figure 2 shows that Eastern Brazil is at the equator in a tropical climate zone.

Figure 2 shows that Northern Norway is at 70 S and a polar climate zone.

Figure 2 shows that Northern Norway is at 70 N and a polar climate zone.

Figure 2 shows that Northern Norway is at 50 S and a temperate climate zone.

Figure 2 shows that Northern Norway is at 50 N and a temperate climate zone.

Figure 2 shows that Southern Alaska is at 60 N and a polar climate zone.

Figure 2 shows that Southern Alaska is at 60 S and a polar climate zone.

Figure 2 shows that Southern Alaska is at 30 S and a temperate climate zone.

Figure 2 shows that Southern Alaska is at the equator in a tropical climate zone.

Southern Alaska has mainly prevailing westerly winds from the south west.

Southern Alaska has mainly prevailing easterly winds from the south east.

Southern Alaska has mainly northerly winds from the north.

Southern Alaska has mainly trade winds.

Northern Norway has mainly prevailing westerly winds from the south west.

Northern Norway mainly prevailing easterly winds from the south east.

Northern Norway has mainly northerly winds from the north.

Northern Norway has mainly trade winds.

Eastern Brazil has mainly prevailing westerly winds from the south west.

Eastern Brazil has mainly prevailing easterly winds from the south east.

Eastern Brazil has mainly northerly winds from the north.

Eastern Brazil has mainly trade winds.

Figure 4 shows the equator is a High Pressure latitude on the convection cell.

Figure 4 shows 30 S is a Low Pressure latitude on the convection cell.

Figure 4 shows 60 C is a Low Pressure latitude on the convection cell.

Figure 4 shows 30 S is a High Pressure latitude on the convection cell.

Figure 4 shows the equator is a Low Pressure latitude on the convection cell.

Figure 4 shows 30 C is a Low Pressure latitude on the convection cell.

Figure 4 shows 60 N is a High Pressure latitude on the convection cell.

Figure 4 shows 30 S is a Low Pressure latitude on the convection cell.

Figure 4 shows the equator is a High Pressure latitude on the convection cell.

Figure 4 shows the North Pole is Low Pressure latitude on the convection cell.

Figure 4 shows 60 N is a Low Pressure latitude on the convection cell.

Figure 4 shows 30 S is a Low Pressure latitude on the convection cell.

The evidence shows that Southern Australia has a warm, wet climate because it is located in the Tropical zone due to Earth's tilt and indirect sunlight. In addition 30 S is a Low Pressure latitude where warmer, wet air is more common due to the convection cells. Due to the coriolis effect, which makes wind spin in certain directions, the winds come from the west.

The evidence shows that Southern Australia has a warm, wet climate because it is located in the Tropical zone. In addition 30 S is a Low Pressure latitude . The winds come from the west.

The evidence shows that Southern Australia has a warm, dry climate because it is located in the Temperate zone due to Earth's tilt and indirect sunlight. In addition 30 S is a High Pressure latitude where cooler, drier air is more common due to the convection cells. Due to the coriolis effect, which makes wind spin in certain directions, the winds come from the west.

The evidence shows that Southern Australia has a warm, dry climate because it is10 C - 30 C. In addition 30 S is a High Pressure latitude. Also, the winds come from the west.

The evidence shows that Southern Alaska has a cold, wet climate because it is located in the Polar zone due to Earth's tilt and indirect sunlight. In addition 60 N is a Low Pressure latitude where wet air is more common due to the convection cells. Due to the coriolis effect, which makes wind spin in certain directions, the winds come from the west.

The evidence shows that Southern Alaska has a warm, wet climate because it is located in the Polar zone. In addition 60 N is a Low Pressure latitude . The winds come from the west.

The evidence shows that Southern Alaska has a cold, dry climate because it is located in the Temperate zone due to Earth's tilt and indirect sunlight. In addition 60 S is a High Pressure latitude where cooler, drier air is more common due to the convection cells. Due to the coriolis effect, which makes wind spin in certain directions, the winds come from the west.

The evidence shows that Southern Alaska has a warm, dry climate because it is10 C - 30 C. In addition 60 N is a High Pressure latitude. Also, the winds come from the west.

The evidence shows that Eastern Brazil has a Warm, wet climate because it is located in the Tropical zone due to Earth's tilt and indirect sunlight. In addition the equator is a Low Pressure latitude where wet air is more common due to the convection cells. Due to the coriolis effect, which makes wind spin in certain directions, the winds come from the east.

The evidence shows that Eastern Brazil has a warm, wet climate because it is located in the Tropical zone. In addition the equator is a Low Pressure latitude. The winds come from the east.

The evidence shows that Eastern Brazil has a cold, dry climate because it is located in the Temperate zone due to Earth's tilt and indirect sunlight. In addition the equator is a High Pressure latitude where cooler, drier air is more common due to the convection cells. Due to the coriolis effect, which makes wind spin in certain directions, the winds come from the west.

The evidence shows that Eastern Brazil has a warm, dry climate because it is10 C - 30 C. In addition the equator is a High Pressure latitude. Also, the winds come from the west.