Silhouette illustration of three people with one pointing towards a star in a circular frame

astronomy immersion: the sun and other stars

Schedule Trip
All Field Trips

For questions on programs or for any booking issues please contact the Education Department at 458-292-9995 or by email: programs@snco.org.

Grades: 3-12
Duration: Field Trips duration is ~3 hours and includes: 60-minute interactive lesson, 30-minute lunch break, 30-minute Observatory time including solar viewing, 30-minute scale model activity, and approximately 30 minutes of unstructured time for snacking, restroom visits, and chaperone/teacher led exploration of the site.
Availability: Field Trips duration is ~3 hours and includes: 60-minute interactive lesson, 30-minute lunch break, 30-minute Observatory time including solar viewing, 30-minute scale model activity, and approximately 30 minutes of unstructured time for snacking, restroom visits, and chaperone/teacher led exploration of the site.
NGSS Connection: 1-ESS1-1, 5-ESS1-1, MS-ESS1-2, HS-ESS1-3
Location : SNCO Campus
Pricing: $250/program; maximum of 35 students. Includes nature center and observatory admission.

Description:

The sun is the closest star that we can see, and the only star in our solar system.  By observing and understanding how the sun functions and changes, we can apply that information to the stars we see at night.  While we are only seeing star light at night, we can generalize that that star is behaving similarly to our own.  Students will view the sun through a telescope equipped with special filters to make viewing safe.

Learning goals:

  • Describe Earth’s position in the solar system and its movement.

  • Recognize the rotation of the Earth on its axis making a full rotation every 24 hours, creating our day night cycle.

  • Explain the relationship between the cycle of seasons and the tilt of the Earth on its axis.

  • Recognize that the sun’s gravitational pull holds the Earth and other planets in their orbits, just as their gravitation does with their own moons.

  • Describe star life cycles and categorization of stars in our universe.