Seasons, wind, and the Coriolis Effect

To create ocean currents.

To redistribute heat across the Earth.

To cause the Earth to rotate.

To form landmasses and oceans.

A day

A month

A year

A decade

Earth's distance from the Sun changes significantly

Earth's rotation speed varies throughout the year

Earth's axis is tilted relative to its orbit

The Moon's gravitational pull affects Earth's orientation

Sunlight strikes directly, and days are long

Sunlight strikes at a shallow angle, and days are short

Sunlight strikes directly, and days are short

Sunlight strikes at a shallow angle, and days are long

A force that makes water drain clockwise in the Northern Hemisphere.

The apparent curving of objects moving in a straight line when observed from a rotating frame of reference.

A phenomenon that only affects large-scale weather systems like hurricanes.

The actual physical force that causes objects to deviate from a straight path on Earth.

Cold air rises at the poles and flows towards the equator.

Warm air rises at the equator, spreads towards the poles, cools, sinks, and returns to the equator.

Air flows randomly without a defined pattern.

Air sinks at the equator and rises at the poles.

Multiple complex circulatory cells.

No atmospheric circulation at all.

A single circulatory cell in each hemisphere.

Air would only flow from poles to the equator.

The Earth's magnetic field and solar flares.

Unequal distribution of land and ocean, and the Earth's rotation.

Volcanic activity and tectonic plate movement.

The moon's gravitational pull and asteroid impacts.

They become dormant during summer

They increase photosynthesis during winter

They depend on sunlight and respond to changes in seasons

They only grow in tropical regions