algas

  def calculate_backlinks(
      pages: Dict[str, Page], attachments: Dict[str, Attachment]
  ) -> None:
      for page in pages.values():
          for link in page.links:
              linked_page = find(pages, attachments, link)
              if not linked_page:
                  info(f"unable to find link", link, page.title)
                  continue
             
  linked_page.backlinks.append(page)

  a = sqrt( gamma * R * T )

  Earth:
  R = R_atm = 287 J / (kg * K)
  gamma = 1.44
  T = 293 K (taking room temperature as an average temperature)

  Mars:
  R = R_CO2 = 188 J / (kg * K)
  gamma = 1.37
  T = 210 K (from a quick google, about -60 deg C)

  a_mars = 232 m/s
  a_earth = 347 m/s

     Z = N x N (Cartesian product or sum type)
     for p, q in Z: p=q if p.first + q.second = q.first + p.second
     p + q := (p.first + q.first, p.second + q.second)
     p - q := (p.first + q.second, p.second + q.first)

    A = W / P

    Assuming a baseline of a moderately wide tire for the wheel size.
      - Scaling both of these to make both wider than the OEM tire (but still running a setup that fits in the car without serious modifications) generally gives better dry braking and better lap times.
      - In wet conditions, wider setups often have better braking distances (though this depends a lot on the specific setup) and better lap times, but also aquaplane at lower speeds.
      - Just increasing the wheel width and using the same tire generally gives you better lap times, within reason.
      - Just increasing the tire width and leaving wheel width fixed generally results in worse lap times.

    To every condition there corresponds a set of things meeting the condition.