SpaceX - Quiz
A) $75 million B) $200 million C) $100 million D) $1 billion
A) $875 million B) $2.4 billion C) $12 billion D) $1.3 billion
A) CCtCap B) Starlink C) Falcon 9 D) Dragon
A) $1.3 billion B) $2.4 billion C) $1 billion D) $12 billion
A) $75 million B) $1 billion C) $200 million D) $100 million
A) Early 2012 B) 2014 C) Late 2012 D) 2013
A) 2011 B) 2014 C) Late 2012 D) Late 2013
A) Twenty B) Nine C) Six D) Four
A) Arianespace B) Google C) United Launch Alliance D) Fidelity Investments
A) Over $75 million B) Over $400 million C) Over $1 billion D) Over $200 million
A) Starlink B) CCDev C) CCtCap D) SAA
A) $2.4 billion B) $1 billion C) $200 million D) $875 million
A) 10% B) 50% C) Two-thirds D) 8.33%
A) $2.4 billion B) $12 billion C) $1.3 billion D) $1 billion
A) Falcon 9 B) CCtCap C) Starlink D) Dragon
A) 1,000 B) 8,000 C) 4,000 D) 2,000
A) A failed steel strut B) External damage C) A fuel leak D) A software error
A) Half B) Approximately two-thirds C) All of it D) Ten percent
A) CCtCap B) Dragon C2+ C) CCDev D) CRS-7
A) Approximately $1 billion B) $1.3 billion C) $12 billion D) $200 million
A) 2001: A Space Odyssey B) Star Wars C) Battlestar Galactica D) Star Trek
A) Boeing B) Tesla Motors C) Kistler Aerospace D) SolarCity
A) Commercial Orbital Transportation Services (COTS) B) DARPA Falcon Project C) Prompt Global Strike D) Commercial Resupply Services (CRS)
A) Dragon B) Falcon 5 C) Falcon 9 D) Falcon Heavy
A) United States Department of Defense B) SpaceX C) Tesla Motors D) NASA
A) Satellite deployment B) Deep space exploration C) Hypersonic missile delivery evaluation D) Human-rated space travel
A) Second B) Fifth C) Fourth D) Third
A) Kistler Aerospace contract B) Commercial Resupply Services (CRS) C) Commercial Orbital Transportation Services (COTS) D) DARPA Falcon Project
A) First B) Fifth C) Fourth D) Third
A) Kistler Aerospace B) Gwynne Shotwell C) Elon Musk D) Bill Gerstenmaier
A) July 2009 B) December 2010 C) June 2010 D) September 2008
A) Gwynne Shotwell B) Elon Musk C) Bill Gerstenmaier D) The GAO
A) Expendable small-lift B) Expendable medium-lift C) Reusable medium-lift D) Reusable heavy-lift
A) Mars Oasis B) Red Planet Greenhouse C) Project Falcon D) SpaceX One
A) Launch a satellite to orbit Mars B) Create a fuel production station C) Build a human colony D) Land a greenhouse and grow plants on Mars
A) Proton B) Dnepr C) Soyuz D) Falcon 1
A) John Garvey B) Tom Mueller C) Jim Cantrell D) Michael D. Griffin
A) Robert Zubrin B) Michael D. Griffin C) John Garvey D) Chris Thompson
A) Vertical integration B) Using inexpensive off-the-shelf components C) Adopting a modular software engineering approach D) Exclusive government funding
A) 2002 B) 2001 C) 2003 D) 2000
A) Elon Musk and Gwynne Shotwell B) Robert Zubrin and Michael D. Griffin C) Jim Cantrell and John Garvey D) Tom Mueller and Chris Thompson
A) Los Angeles, California B) El Segundo, California C) Cape Canaveral, Florida D) Austin, Texas
A) Chief Engineer B) CTO C) VP of Operations D) COO
A) NASA and Lockheed Martin B) TRW and Boeing C) SpaceX and Blue Origin D) General Dynamics and Northrop Grumman
A) Tom Mueller B) Gwynne Shotwell C) Michael D. Griffin D) Elon Musk
A) Starbase, Texas B) Cape Canaveral, Florida C) Brownsville, Texas D) Hawthorne, California
A) 39% B) 84% C) 51% D) 100%
A) Infrastructure B) Space C) Connectivity D) Artificial Intelligence
A) OpenAI B) SpaceX Super Intelligence C) Neuralink D) Starlink AI
A) 2006 B) 2010 C) 2002 D) 2008
A) Falcon Heavy B) Falcon 1 C) Dragon 2 D) Starship
A) 2015 B) 2012 C) 2018 D) 2017
A) Grok B) Starshield C) Terafab D) Colossus
A) Starbase B) Starshield C) Colossus D) Dragon 2
A) 2016 B) 2014 C) 2015 D) 2017
A) 10% B) 5% C) 20% D) 15%
A) Engine overheating B) Fuel leak C) Solidified liquid oxygen D) Structural fatigue
A) Falcon 9 Flight 20 B) SpaceX-1 C) SES-10 D) AMOS-6
A) July 2017 B) December 2018 C) May 2018 D) March 2018
A) 6% B) 10% C) 50% D) 90%
A) 30% B) 10% C) 45% D) 60%
A) During a pre-launch static fire test B) During orbit injection C) During atmospheric reentry D) During the recovery landing
A) 100 B) 30 C) 120 D) 60
A) Launch was scrubbed before liftoff B) Reached orbit successfully C) Mid-air explosion D) Successful landing
A) 50 B) 45 C) 61 D) 72
A) Crew Dragon Demo-2 B) Polaris Dawn C) Artemis 1 D) Starship 14
A) Maximum aerodynamic pressure B) Maximum velocity achieved C) Maximum engine temperature D) Maximum fuel consumption rate
A) Nvidia B) Anthropic C) Google D) Tesla
A) Boca Chica, Texas B) Hawthorne, California C) Austin, Texas D) Memphis, Tennessee
A) Starmind B) Colossus 1 C) Starfall D) Terafab
A) TSLA B) SPCX C) SFAL D) XAI
A) $135 B) $250 C) $60 D) $920
A) Terafab B) Colossus 1 C) Starmind D) Starfall
A) Cursor AI modules B) Google Tensor processing units C) Nvidia Vera Rubin (NVL72) D) Terafab logic chips
A) 175 kW B) 1 terawatt C) 250 kW D) 920 MW |
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