1. Seasons Notes

2. Start Cutting!

3. Glue the Foldable Down
Seasons Notes 10/24/17

4. Let’s Label the Front Seasons Notes 10/24/17 Axis is in middle = EQUAL
Axis is facing TOWARDS the Sun (HOT)
Axis is facing AWAY from the Sun (COLD)
Remember…
COUNTERCLOCKWISE MOTION
Axis is in middle = EQUAL

5. Notice how the axis is tilted TOWARDS the sun = HOT!
Summer
Scientific Name:
Summer Solstice
Date:
June 20th or 21st
Tilt:
North Hemisphere is tilted TOWARDS the Sun
Length of Day:
Days are longer; nights are shorter

6. Notice how the axis is in the middle = EQUAL
Fall
Scientific Name:
Autumnal Equinox (Equ = Equal)
Date:
September 22nd or 23rd
Tilt:
No tilt
Length of Day:
Equal amounts of daylight for both hemispheres

7. Notice how the axis is tilted AWAY from the sun = COLD!
Winter
Scientific Name:
Winter Solstice
Date:
December 21st or 22nd
Tilt:
North Hemisphere is tilted AWAY from the Sun
Length of Day:
Days are shorter; nights are longer
Notice how the axis is tilted AWAY from the sun = COLD!

8. Notice how the axis is in the middle = EQUAL
Spring
Scientific Name:
Vernal Equinox (Equ = Equal)
Date:
March 20th or 21st
Tilt:
No tilt
Length of Day:
Equal amounts of daylight for both hemispheres
Notice how the axis is in the middle = EQUAL

9. DRAW THE CHART Seasons Date(s) Picture Causes
Summer Solstice (Summer)
Autumn Equinox (Fall)
Winter Solstice (Winter)
Vernal Equinox (Spring)
**Leave enough space in between for the picture**

10. Season Date(s) Picture Cause
Summer Solstice (Summer)
June 21st or 22nd
North: facing TOWARDS the Sun
South: Facing AWAY from the Sun
Autumn Equinox (Fall)
Sept. 22nd or 23rd
EQUAL amounts of daylight in both hemispheres
Winter Solstice (Winter)
Dec. 21st or 22nd
North: facing AWAY from the Sun
South: facing TOWARDS the Sun
Vernal Equinox (Spring)
March 20th