'Orbital distance' presentation slideshows

Saturn

535 views • 36 slides

A few acknowledgements.

A few acknowledgements. When I first started reading about the Kepler mission, the Kepler website proved invaluable. It has a wealth of information, as well as some really good, pre-made and field-tested, material for educators.

468 views • 32 slides

Revolution and Rotation of the Moon

Revolution and Rotation of the Moon. Diurnal (daily) motion of the Moon is due to the rotation of the Earth around its axis Monthly motion of the Moon responsible for its phases

389 views • 26 slides

Ptolemy

389 views • 22 slides

Ptolemy

415 views • 22 slides

Kepler Discovers 1,235 Planet Candidates

Kepler Discovers 1,235 Planet Candidates. Define Planet Occurrence: # Planets / # Stars. =. Define Planet Occurrence: # Planets / # Stars. Signal/noise = Dimming/Uncertainty in Dimming. Define Planet Occurrence: # Planets / # Stars. Categorize Planets by Diameter and Orbital Period.

282 views • 18 slides

Astrobiological Possibilities

Astrobiological Possibilities. Chris Molina Chayson Roberts Jordan Kaun Pablo Alaoan. Size and Comparison . Impacts of Life. Planets need to be large enough to support a magnetic field. High density planets support micro-organism forms of life. (Bacteria)

233 views • 13 slides

All of the planets in our solar system revolve around our Sun.

Orbiting Our Sun. All of the planets in our solar system revolve around our Sun. Today you will investigate the speeds at which they move around. Orbital distance = 2 x 3.14 x 148,800,000 km = 934,464,000 km. Orbital distance per day = km = 2,560,000 km.

168 views • 6 slides

All of the planets in our solar system revolve around our sun.

Orbiting Our Sun. All of the planets in our solar system revolve around our sun. Today you will investigate the speeds at which they move around. Orbital distance = 2 x 3.14 x 93,000,000 miles = 584,040,000 miles. Orbital distance per day = miles = 1,600,000 miles.

147 views • 6 slides