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Recently, I saw a video on Cody'sLab, where an “algae panel” was constructed. This is set up like a solar panel and uses algae to convert light and air into food and oxygen.

This got me wondering how useful such a device would be in long term space life. How much algae would you need in order to support one person’s calorie and oxygen needs?

Your answer should include:

  • the mass of the algae;
  • the mass of water needed to support it;
  • the mass of any containment needed;
  • theand size of any containment or other support systems needed.

You can assume that the craft is located at a distance from the Sun equal to the mean distance of Earth from the Sun. You can use any algae species you want, however it must of course be edible.

Recently, I saw a video on Cody'sLab, where an “algae panel” was constructed. This is set up like a solar panel and uses algae to convert light and air into food and oxygen.

This got me wondering how useful such a device would be in long term space life. How much algae would you need in order to support one person’s calorie and oxygen needs?

Your answer should include:

  • the mass of the algae;
  • the mass of water needed to support it;
  • the mass of any containment needed;
  • the size of any containment needed.

You can assume that the craft is located at a distance from the Sun equal to the mean distance of Earth from the Sun. You can use any algae species you want, however it must of course be edible.

Recently, I saw a video on Cody'sLab, where an “algae panel” was constructed. This is set up like a solar panel and uses algae to convert light and air into food and oxygen.

This got me wondering how useful such a device would be in long term space life. How much algae would you need in order to support one person’s calorie and oxygen needs?

Your answer should include:

  • the mass of the algae;
  • the mass of water needed to support it;
  • the mass and size of any containment or other support systems needed.

You can assume that the craft is located at a distance from the Sun equal to the mean distance of Earth from the Sun. You can use any algae species you want, however it must of course be edible.

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Recently, I saw a video on Cody's LabCody'sLab, where an “algae panel” was constructed. This is set up like a solar panel and uses algae to convert light and air into food and oxygen.

This got me wondering how useful such a device would be in long term space life. How much algae would you need in order to support one person’s calorie and oxygen needs?

Your answer should include:

  • the mass of the algae;
  • the mass of water needed to support it;
  • the mass of any containment needed;
  • the size of any containment needed.

You can assume that the craft is located at a distance from the Sun equal to the mean distance of Earth from the Sun. You can use any algae species you want, however it must of course be edible.

Recently, I saw a video on Cody's Lab, where an “algae panel” was constructed. This is set up like a solar panel and uses algae to convert light and air into food and oxygen.

This got me wondering how useful such a device would be in long term space life. How much algae would you need in order to support one person’s calorie and oxygen needs?

Your answer should include:

  • the mass of the algae;
  • the mass of water needed to support it;
  • the mass of any containment needed;
  • the size of any containment needed.

You can assume that the craft is located at a distance from the Sun equal to the mean distance of Earth from the Sun. You can use any algae species you want, however it must of course be edible.

Recently, I saw a video on Cody'sLab, where an “algae panel” was constructed. This is set up like a solar panel and uses algae to convert light and air into food and oxygen.

This got me wondering how useful such a device would be in long term space life. How much algae would you need in order to support one person’s calorie and oxygen needs?

Your answer should include:

  • the mass of the algae;
  • the mass of water needed to support it;
  • the mass of any containment needed;
  • the size of any containment needed.

You can assume that the craft is located at a distance from the Sun equal to the mean distance of Earth from the Sun. You can use any algae species you want, however it must of course be edible.

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edit approved Apr 28, 2022 at 1:30
No Nonsense
edit approved Apr 28, 2022 at 1:30
No Nonsense
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Recently, I saw a video on CodyslabCody's Lab, where aan “algae panel” was constructed. This is set up like a solar panel and uses algae to convertsconvert light and air into food and oxygen.

This got me wondering how useful such a device would be in long term space life. How much algae would you need in order to support 1one person’s calorie and oxygen needs?

Your answer should include:

  • Thethe mass of the algaealgae;
  • Thethe mass of water needed to support itit;
  • Thethe mass of any containment neededneeded;
  • Thethe size of any containment needed.

You can assume that the craft is located at a distance from the sunSun equal to the mean distance of earthEarth from the sunSun. You can use any algae species you want, however it must of course be edible.

Recently I saw a video on Codyslab, where a “algae panel” was constructed. This is set up like a solar panel and uses algae to converts light and air into food and oxygen.

This got me wondering how useful such a device would be in long term space life. How much algae would you need in order to support 1 person’s calorie and oxygen needs?

Your answer should include

  • The mass of the algae
  • The mass of water needed to support it
  • The mass of any containment needed
  • The size of any containment needed

You can assume that the craft is located at a distance from the sun equal to the mean distance of earth from the sun. You can use any algae species you want, however it must of course be edible.

Recently, I saw a video on Cody's Lab, where an “algae panel” was constructed. This is set up like a solar panel and uses algae to convert light and air into food and oxygen.

This got me wondering how useful such a device would be in long term space life. How much algae would you need in order to support one person’s calorie and oxygen needs?

Your answer should include:

  • the mass of the algae;
  • the mass of water needed to support it;
  • the mass of any containment needed;
  • the size of any containment needed.

You can assume that the craft is located at a distance from the Sun equal to the mean distance of Earth from the Sun. You can use any algae species you want, however it must of course be edible.

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