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Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

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Page 1: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Orbital Dynamics of Venus

(and some of those other things out there)

Billy Teets, PhD CandidateDept. of Physics & Astronomy

Vanderbilt University

Page 2: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Orbital Period – 225 Days

Sidereal Day – 243 Days

Eccentricity – 0.0068

Tilt – 177°

Oblateness ~ 0.00

Surface Pressure – 90 bars

Average Temperature – 850 °F – 470 °C

Atmospheric Composition – 97% CO2

Orbital Dynamics

Planet Characteristics

Venus

Page 3: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Phases of Venus

Page 4: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Determining the Distance to Venus Using Phase

Page 5: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Transits of Venus

Page 6: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Transit Timings

122 years8 years105 years8 years

Orbital Resonances (Venus:Earth)

395:24313:8

Transits of Venus

Page 7: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Other Orbital Resonances: Jupiter’s Moons

Page 8: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Other Orbital Resonances: Saturn’s Moons and Rings

Page 9: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Mimas& Saturn

Page 10: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Other Orbital Resonances:

Organization of the Early Solar

System

Page 11: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Retrograde Motion: Jupiter & Saturn

Page 12: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Retrograde Motion: Mars

Page 13: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Retrograde Motion: Epicycle &Deferent

Page 14: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Retrograde Motion: Heliocentric View

Page 15: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Retrograde Motion: Heliocentric View

Page 16: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Lagrange Points and Trojan Asteroids

Page 17: Orbital Dynamics of Venus (and some of those other things out there) Billy Teets, PhD Candidate Dept. of Physics & Astronomy Vanderbilt University

Lagrange Points: STEREO A&B Probes