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Venus

Venus. Emilia Melgar (Astronomer) Yasmeen Chanying(Geologist) Farley Batista(Biochemist) Reginald Rock (Meteorologist). Table of contents. Astronomer report Biochemist report Meteorologist report Geologist report Survival Nutrition Energy source Communication Transportation.

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Venus

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  1. Venus Emilia Melgar (Astronomer) Yasmeen Chanying(Geologist) Farley Batista(Biochemist) Reginald Rock (Meteorologist)

  2. Table of contents Astronomer report Biochemist report Meteorologist report Geologist report Survival Nutrition Energy source Communication Transportation

  3. Distance from Venus to earth is about 40 million k.m. The cycle rotation length of days on Venus is 243 days. The equatorial diameter of Venus is 12,103.6 k.m Astronomer’s Report

  4. METEROLOGIST REPORT • Venus’s atmosphere • The weather like on Venus • Venus’s winds and clouds • Is their any volcano’s on Venus

  5. Biochemist Report No life could survive without shelter against: • the pressure at a depth of 1 km in Earth's oceans • clouds many kilometers thick composed of sulfuric acid. • surface temperature by about 400 degrees to over 740 K

  6. Geologist Report • Diameter:12,104 km(7,552 miles)rotation period about axis:243 days • Mass:kilometer(0.82 x earth’s )revolution period about sun:0.62 years • Density:5,243 kg/m^3

  7. Survival • DOME • GREENHOUSE • NO SULFURIC ACID • OXYGEN • ELECTRICITY

  8. NUTRITION • PLANTS • CARBON DIOXIDE • WATER VAPOR

  9. Transportation • Hydrodynamic seafaring vehicles • Hydrodynamic designs will permit high-speed, efficient travel. • They will be energy efficient and provide maximum comfort and safety for the passengers

  10. Shelter • DOME • GREENHOUSE • NO SULFURIC ACID • OXYGEN • ELECTRICITY

  11. CommunicationSatellite

  12. Energy Sources ELECTRICITY WINDS SOLAR PANELS

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