Sun Patterns and Activities
Observing the Sun’s Path
Yearly Sun Patterns
Measuring Sun’s Path
Effect of Earth’s Tilt
100

What happens to sunlight in summer?

The amount of sunlight increases, leading to longer days and more direct sunlight.


100

What changes occur in the Sun’s position throughout the year?

The Sun’s position shifts, affecting sunrise, sunset, and its altitude in the sky.

100

What is the midday angle of the Sun?

It refers to the angle of the Sun at its highest point in the sky, which changes with the seasons.

100

It is the angle of the Sun above the horizon, which varies throughout the year.

 It is the angle of the Sun above the horizon, which varies throughout the year.

100

How does Earth's tilt affect the Northern Hemisphere in summer?
 

The tilt directs the Northern Hemisphere toward the Sun, resulting in longer days and more direct sunlight.

200

How does increased daylight affect energy use?

 More daylight leads to less need for artificial lighting, reducing energy consumption.

200

How does the angle of the Sun change in winter?

The angle of the Sun is lower in winter, resulting in shorter days and less direct sunlight.

200

Describe how sunlight changes from summer to winter.
 

Sunlight decreases in winter, with shorter days and a lower angle of the Sun.

200

How does the Winter Solstice affect sunlight?
 

It results in the lowest elevation of the Sun, leading to the shortest day of the year.

200

What happens in the Southern Hemisphere during winter?
 

The Southern Hemisphere experiences shorter days and less direct sunlight as it tilts away from the Sun.

300

Describe a seasonal activity influenced by sunlight.

Summer- Holidays, swimming, concerts 

Winter- Holidays, sledding, ice fishing 

Fall- Holidays, carnivals/fairs, pumpkin harvesting

Spring- Holidays, hiking, gardening 

300

What is the significance of sunrise and sunset times?

These times change with the seasons, affecting daily activities and routines.

300

What are the effects of longer days in summer?
 

 Longer days result in more direct sunlight, encouraging growth and outdoor activities.

300

What happens during the Summer Solstice?
 

The Sun reaches its highest elevation, resulting in the longest day of the year.

300

Describe the daylight patterns at the Poles.
 

The Poles experience extreme variations, with 24-hour daylight in summer and 24-hour darkness in winter.

400

What is the relationship between sunlight and physical activities?

Longer daylight in summer encourages more outdoor physical activities. 

400

How does the Sun's altitude change with seasons?

The altitude is higher in summer, leading to more direct sunlight, and lower in winter.

400

 How does the Sun's angle affect direct sunlight?
 

A higher angle results in more intense, direct sunlight, while a lower angle leads to less intense sunlight.

400

What are Equinoxes and their significance?
 

Equinoxes occur when day and night are nearly equal in length, marking the change of seasons.

400

How does axial tilt contribute to season changes?
 

The tilt causes different parts of Earth to receive varying amounts of sunlight throughout the year, leading to seasons.

500

How do festivals relate to Sun patterns?

Many festivals are celebrated during times of increased sunlight, such as summer solstice celebrations.

500

Explain how Earth's orbit affects the Sun's path.

As Earth orbits, the angle and position of the Sun change, altering daylight patterns.

500

Explain the significance of the Sun’s highest and lowest points.
 

The highest point occurs during the Summer Solstice, providing maximum sunlight, while the lowest occurs during the Winter Solstice.

500

Explain the concept of solar time.
 

Solar time refers to the apparent movement of the Sun in the sky, affecting timekeeping based on its position.

500

Explain the impact of tilt near the Equator.
 

Near the Equator, the tilt has less impact, resulting in relatively consistent daylight throughout the year.