PPT-Mars Space Trip Our Spaceship Design?

As a group we have designed our functional space shuttle what will use to get to Mars This design will be able to transport around 160 people This number is very special as it is the repopulation number this will help to colonies Mars Our ship will contains hundreds of rooms all serving a different purpose such as a command post hydroponic farms research module housing designing room fitness area and rooms to relax in. When the spaceship travels back to the earth its velocity is in the opposite direction as when it was traveling away from the earth However the equation for time di lation involves v and therefore the elapsed time traveling back is 625 years So the Diane Byerly, Ph.D.. NASA Johnson Space Center. Houston, TX . Contributors. Neal Pellis, Ph.D.. Marguerite Sognier, Ph.D.. Diana Risin, MD., Ph.D.. Lalita Sundaresan, Ph.D.. Thomas Goodwin, Ph.D.. Steve Gonda, Ph.D.. By Nicole Mauro. IMPORTANT VOCABULARY TO KNOW!. Sun- . The sun is a big yellow star that is at the center of the solar system. This star gives light and energy to all the planets in the solar system. The sun is x1000 bigger than the earth. . A Study in . Initial . Prospective Extraterrestrial Habitation. Voyager 1. captures an image of Terra from the edge of our solar system – about 3.7million miles from Earth. Motivations and Rationale for Space Colonization According to Freeman Dyson and J. Richard . Space. Exosphere- starts at an altitude of 640 . kM. and reaches to 64,000 . kM.. The air gets progressively thinner and dwindles into nothingness. Everything above this layer is considered outer space . TO THE . PLANETS. Jeannette Smith & Jillian Dale. HOOP TRIP . TO THE . PLANETS. Objective:. The . class will practice locomotor movement skills while learning the order and facts about each planet. . CURRENT PLANS. Group 4 - Acacia Davis, Gregory Kim, Emily Mares, Jimmy Song. There are currently 8 missions operating on Mars with 3 officially planned for the future. . Groups involved include:. NASA. Future In-Space Operations (FISO) Working Group. Telecon. . Presentation. Sept 14, 2011. Gordon Woodcock. Huntsville Alabama. 1. Historical Note. In the 1960s, . Wernher. Von . Braun had a well thought-out overall approach to space exploration, sometimes known as the . . Dr. Dale Partin and David . Bailey. . . March, 2017. Elon Musk’s vision for an Interplanetary Transportation System. Passengers are boarding for . a trip . to Mars.. http://www.space.com/34210-elon-musk-unveils-spacex-mars-colony-ship.html. Questions and Answers. November 13. , 2015 3-4 PM. Welcome and Introduction. Pat Troutman . NASA Langley Research Center. Stacy Dees. National Institute of Aerospace (NIA. ). RASC-AL Program Coordinator. Presentation to. Affordable Mars Workshop. Pat Troutman. December. . 2015. Pioneering Space - Goals. “Fifty years after the creation of NASA, our goal is no longer just a destination to reach. . Our goal is the capacity for people to work and learn and operate and live safely beyond the Earth for extended periods of time, ultimately in ways that are more sustainable and even indefinite. . Brent Sherwood. brent.sherwood@jpl.nasa.gov. . GLEX, May 2012. The Space Show, July 24, 2012. FISO, August 1, 2012. HSF ≠ Exploration. GLEX – May 2012. Mars: On the Path or In the Way?. Sherwood . NASAfactsSpace Technology Game Changing Development The Mars Oxygen ISRU Experiment MOXIENASA scientists are advancing technologies that can one day take humans to Mars But what technologies are neces CataMitt. Recycler) is a large device that extracts kinetic energy from an arriving spacecraft, converts it into electricity via regenerative braking, and immediately applies that electricity to launch a partner spacecraft. This enables space hardware to shift from being primarily expendable to being primarily reusable in nature. While it has constraints, it also has a significant potential to reduce the cost of round trip space travel between select destinations, such as a .