By
Angel Marquez
2024-04-22 15:01:46

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Find out How to Get a Successful Astronaut Scan in BitLife in this excellent and explanatory guide with precise details.

What to know about successful astronaut scanning in BitLife?


When we have completed our studies and begun our journey through space, it is time to delve into the mysteries of the stars and document our discoveries. However. There is a certain delicacy to achieve acceptance and recognition of your work and therefore it is necessary that we know now How to Get a Successful Astronaut Scan in BitLife and to help us we can guide ourselves with the following content, let's see it.

How to Get a Successful Astronaut Scan in BitLife?


Earning favorable reviews from our peers not only enhances our reputation as an astronaut, but also opens doors for career advancement, from Cadet to General. Additionally, we can access the prestigious 'Eureka' achievement if our publication obtains a nomination for the prestigious Nobel Prize. When scanning planets, it is essential to be discerning and publish only the most intriguing phenomena, in case an analysis returns unwanted results, we have the option to delete it. But be careful, eliminating a potential breakthrough may draw disapproval from our superiors. Therefore, it is best to publish all potentially significant findings. It is noteworthy that time does not influence the results; we can achieve a breakthrough at any given moment. The following list shows the GHz frequency needed for each planet, along with the desired results.

| Planet | GHz required | Desired Results |

  • | Mercury | 50GHz | Volcanoes |
  • | Venus | 100GHz | Signs of life |
  • | Earth | 150GHz | Fossil evidence |
  • | Mars | 200GHz | Liquid Water |
  • | Jupiter | 250GHz | Giant storms |
  • | Saturn | 300GHz | Rings |
  • | Uranus | 350GHz | Atmospheric composition |
  • | Neptune | 400GHz | Ice geysers |

Exploring the enigmatic frequencies of the planets in BitLife




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Planet, Area, Frequency and Encounters:


Sun

  •   0 – 9 GHz "A group of sunspots revealed itself in a captivating way."

Mercury

  • 10 – 19 GHz "A pulsating radio signal was detected, apparently emanating from Mercury."
  • "Rapid transmission was detected from the planet Mercury."
"
Venus

  • 20 – 29 GHz "The planet's energy seemed to alter, creating an enigmatic atmosphere."
"
Mars
  • 30 – 39 GHz "An unusual change occurred in the magnetic field of Mars, which left us perplexed."
  • "A constant radio signal was detected emanating from the planet's ionosphere."
  • "The sound of David Bowie's iconic 'Life On Mars' echoed from the gale crater, adding an elusive touch to the scan."

Jupiter

  • 40 – 49 GHz "Europa's ocean footprints leaked into space, creating a symphony of radio waves."
  • "Radio transmissions were observed going back and forth between Jupiter and Callisto."
  • "Our senses captured an incredible volcanic eruption on Io, adding an unexpected dimension to the scan."
  • "A rhythmic radio frequency was detected emanating from the enigmatic Callisto, baffling our understanding."

Saturn

  • 50 – 59 GHz "A strange radio signal was detected coming from the mysterious moon Iapetus, which captivated our attention."
  • "Enceladus generated fascinating radio emissions as it interacted with Saturn's magnetosphere, adding an attractive dimension to the scan."

Uranus

  • 69 GHz "A previously unknown ring was discovered surrounding the planet Uranus, adding an enigmatic element to our explorations."

Neptune

  • 70 – 80 GHz "Our sensors detected synchrotron radiation emanating from Neptune's Dark Spot 2, evoking awe and wonder."
  • "Synchrotron radiation was also detected in Neptune's mysterious Great Dark Spot, leaving us spellbound."
  • "A fascinating volcanic eruption was observed on the enigmatic moon Triton, adding a touch of adventure to our exploration."

deep space

  • 80 – 100 GHz "Our scan captured the captivating sight of a black hole devouring a probe, leaving us mesmerized."
  • "The sound of two neutron stars colliding was captured by our senses, creating a fascinating soundscape in deep space."
  • "A distant galaxy emitted a mysterious radio wave that left us amazed and excited."
  • "Our scan also captured the phenomenon of a black hole sucking in a nebula, evoking a sense of mystery and curiosity."
  • "Echoes of Rick Astley's iconic 'Never Gonna Give You Up' were detected from a distant planet, adding a touch of humor to our exploration."
  • "Our sensors also captured a fragment of radio waves from the 'Power Rangers' theme song bouncing off a distant planet, adding a nostalgic touch to our scan."
  • "Our scan captured some impressive alien rhythms, evoking a sense of wonder and m isterio".
  • "Our sensors detected a rare phenomenon of a white hole erupting in deep space, adding a touch of wonder to our exploration."
  • "Our scan also captured the incredible sight of an imploding star, leaving us in a state of awe and fascination."
  • "A desperate radio signal was detected emanating from Mercury, adding a touch of mystery and intrigue to our scan."

Pluto

  • Random frequencies between 70 and 100 GHz "Our scan captured the flutter of a meteor shower that shook the planet, creating a unique and captivating moment."


Finally, now that we know How to Get a Successful Astronaut Scan in BitLife we can continue with our fun and progress in this interesting game.






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