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#variable — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #variable, aggregated by home.social.

  1. Easy Nonogram 15x15 - How Fast Can You Solve? #100

    🧩 Nonogram Puzzle Medium 15x15 Grid | Easy Difficulty

    Watch as we solve this challenging #nonogram puzzle step by step! This 15x15 grid puzzle is perfect for easy Puzzle solvers.

    📊 Puzzle Details:
    • Grid Size: 15x15
    • Difficulty: Easy
    • Category: Medium Nonogram

    #nonogram #picross #griddler #puzzle #brainteaser #logicpuzzle #variable #variables #variablenonogram #nonogramvariable

    youtube.com/watch?v=nTaqbf_azsU

  2. iPhone 18 Camera Rumors: A Major Telephoto Upgrade?

    TentorTech reports on a surprising new rumor regarding the upcoming iPhone 18's camera system. A source, not typically linked to Apple leaks, suggests the Pro models may feature a variable aperture telephoto lens. This technology would give photographers significantly more control over depth of field directly from the optical hardware. Additionally,...

    #iPhone 18 #Apple rumors #smartphone camera #telephoto lens #variable aperture #TentorTech

  3. iPhone 18 Camera Rumors: A Major Telephoto Upgrade?

    TentorTech reports on a surprising new rumor regarding the upcoming iPhone 18's camera system. A source, not typically linked to Apple leaks, suggests the Pro models may feature a variable aperture telephoto lens. This technology would give photographers significantly more control over depth of field directly from the optical hardware. Additionally,...

    #iPhone 18 #Apple rumors #smartphone camera #telephoto lens #variable aperture #TentorTech

  4. iPhone 18 Camera Rumors: A Major Telephoto Upgrade?

    TentorTech reports on a surprising new rumor regarding the upcoming iPhone 18's camera system. A source, not typically linked to Apple leaks, suggests the Pro models may feature a variable aperture telephoto lens. This technology would give photographers significantly more control over depth of field directly from the optical hardware. Additionally,...

    #iPhone 18 #Apple rumors #smartphone camera #telephoto lens #variable aperture #TentorTech

  5. iPhone 18 Camera Rumors: A Major Telephoto Upgrade?

    TentorTech reports on a surprising new rumor regarding the upcoming iPhone 18's camera system. A source, not typically linked to Apple leaks, suggests the Pro models may feature a variable aperture telephoto lens. This technology would give photographers significantly more control over depth of field directly from the optical hardware. Additionally,...

    #iPhone 18 #Apple rumors #smartphone camera #telephoto lens #variable aperture #TentorTech

  6. A is a star whose brightness changes over time, either because its luminosity genuinely fluctuates or because something is periodically blocking its light.

    These changes can be caused by internal processes like pulsation or external factors such as being eclipsed by a companion star.

    knowledgezone.co.in/kbits/6932

  7. A #Variable #Star is a star whose brightness changes over time, either because its luminosity genuinely fluctuates or because something is periodically blocking its light.

    These changes can be caused by internal processes like pulsation or external factors such as being eclipsed by a companion star.

    knowledgezone.co.in/kbits/6932

  8. A #Variable #Star is a star whose brightness changes over time, either because its luminosity genuinely fluctuates or because something is periodically blocking its light.

    These changes can be caused by internal processes like pulsation or external factors such as being eclipsed by a companion star.

    knowledgezone.co.in/kbits/6932

  9. A #Variable #Star is a star whose brightness changes over time, either because its luminosity genuinely fluctuates or because something is periodically blocking its light.

    These changes can be caused by internal processes like pulsation or external factors such as being eclipsed by a companion star.

    knowledgezone.co.in/kbits/6932

  10. A #Variable #Star is a star whose brightness changes over time, either because its luminosity genuinely fluctuates or because something is periodically blocking its light.

    These changes can be caused by internal processes like pulsation or external factors such as being eclipsed by a companion star.

    knowledgezone.co.in/kbits/6932

  11. #AllesWirdStrom:

    #Strom wird wieder günstig? – #Naturstrom Chef über #dynamische #Tarife & den neuen #Strommarkt:

    Wie funktioniert der neue Strommarkt – und wie können wir alle davon profitieren?
    Im Gespräch mit Oliver Hummel, #CEO von #Naturstrom, geht es um #dynamische #Stromtarife, #variable #Netzentgelte und die Frage, wie Bürger*innen aktiv zur #Energiewende beitragen können.

    m.youtube.com/watch?v=0YuKz06-

  12. #AllesWirdStrom:

    #Strom wird wieder günstig? – #Naturstrom Chef über #dynamische #Tarife & den neuen #Strommarkt:

    Wie funktioniert der neue Strommarkt – und wie können wir alle davon profitieren?
    Im Gespräch mit Oliver Hummel, #CEO von #Naturstrom, geht es um #dynamische #Stromtarife, #variable #Netzentgelte und die Frage, wie Bürger*innen aktiv zur #Energiewende beitragen können.

    m.youtube.com/watch?v=0YuKz06-

  13. #AllesWirdStrom:

    #Strom wird wieder günstig? – #Naturstrom Chef über #dynamische #Tarife & den neuen #Strommarkt:

    Wie funktioniert der neue Strommarkt – und wie können wir alle davon profitieren?
    Im Gespräch mit Oliver Hummel, #CEO von #Naturstrom, geht es um #dynamische #Stromtarife, #variable #Netzentgelte und die Frage, wie Bürger*innen aktiv zur #Energiewende beitragen können.

    m.youtube.com/watch?v=0YuKz06-

  14. #AllesWirdStrom:

    #Strom wird wieder günstig? – #Naturstrom Chef über #dynamische #Tarife & den neuen #Strommarkt:

    Wie funktioniert der neue Strommarkt – und wie können wir alle davon profitieren?
    Im Gespräch mit Oliver Hummel, #CEO von #Naturstrom, geht es um #dynamische #Stromtarife, #variable #Netzentgelte und die Frage, wie Bürger*innen aktiv zur #Energiewende beitragen können.

    m.youtube.com/watch?v=0YuKz06-

  15. #AllesWirdStrom:

    #Strom wird wieder günstig? – #Naturstrom Chef über #dynamische #Tarife & den neuen #Strommarkt:

    Wie funktioniert der neue Strommarkt – und wie können wir alle davon profitieren?
    Im Gespräch mit Oliver Hummel, #CEO von #Naturstrom, geht es um #dynamische #Stromtarife, #variable #Netzentgelte und die Frage, wie Bürger*innen aktiv zur #Energiewende beitragen können.

    m.youtube.com/watch?v=0YuKz06-

  16. Basic Coding
    #Scratch
    #Dragon
    #Animation
    #Coding
    #Programming
    #Beginner #Variable

    Same as before, only this time we are using a variable to store the time we are waiting for.

    This saves having to change all the numbers, just change the variable value.

  17. L’écologie n’est pas une variable d’ajustement !

    Les canicules à répétition ont éprouvé les villes comme les campagnes. Aux températures caniculaires se sont ajoutés les…
    #Marseille #FR #France #Actu #News #Europe #EU #2025 #actu #Actualités #alerte #d'ajustement #environnement #europe #L'écologie #n'est #pas #Provence-Alpes-Côted'Azur #Républiquefrançaise #une #variable
    europesays.com/fr/440567/

  18. [A complex #MagneticField detected on the surface of the star #vega ] Observations made using the SOPHIE spectrograph at the Haute Provence Observatory, and spectropolarimetry with the Narval and Neo-Narval instruments at the Bernard Lyot Telescope at the Pic du Midi Observatory, have enabled IRAP researchers to detect the coexistence, on the surface of the star Vega, of a complex magnetic field : one described as #fossil, the second as #variable : irap.omp.eu/en/2025/10/detecti

    #astrophysics

  19. [A complex #MagneticField detected on the surface of the star #vega ] Observations made using the SOPHIE spectrograph at the Haute Provence Observatory, and spectropolarimetry with the Narval and Neo-Narval instruments at the Bernard Lyot Telescope at the Pic du Midi Observatory, have enabled IRAP researchers to detect the coexistence, on the surface of the star Vega, of a complex magnetic field : one described as #fossil, the second as #variable : irap.omp.eu/en/2025/10/detecti

    #astrophysics

  20. [A complex #MagneticField detected on the surface of the star #vega ] Observations made using the SOPHIE spectrograph at the Haute Provence Observatory, and spectropolarimetry with the Narval and Neo-Narval instruments at the Bernard Lyot Telescope at the Pic du Midi Observatory, have enabled IRAP researchers to detect the coexistence, on the surface of the star Vega, of a complex magnetic field : one described as #fossil, the second as #variable : irap.omp.eu/en/2025/10/detecti

    #astrophysics

  21. [A complex #MagneticField detected on the surface of the star #vega ] Observations made using the SOPHIE spectrograph at the Haute Provence Observatory, and spectropolarimetry with the Narval and Neo-Narval instruments at the Bernard Lyot Telescope at the Pic du Midi Observatory, have enabled IRAP researchers to detect the coexistence, on the surface of the star Vega, of a complex magnetic field : one described as #fossil, the second as #variable : irap.omp.eu/en/2025/10/detecti

    #astrophysics

  22. [A complex #MagneticField detected on the surface of the star #vega ] Observations made using the SOPHIE spectrograph at the Haute Provence Observatory, and spectropolarimetry with the Narval and Neo-Narval instruments at the Bernard Lyot Telescope at the Pic du Midi Observatory, have enabled IRAP researchers to detect the coexistence, on the surface of the star Vega, of a complex magnetic field : one described as #fossil, the second as #variable : irap.omp.eu/en/2025/10/detecti

    #astrophysics

  23. [Un #ChampMagnétique complexe à la surface de l'étoile #Véga] Des observations réalisées au moyen du spectrographe #SOPHIE de l'Observatoire de Haute Provence, et en spectropolarimétrie avec les instruments #Narval puis Neo-Narval au Télescope Bernard Lyot de l’Observatoire du Pic du Midi, ont permis à des chercheurs de l'IRAP de détecter la coexistence, à la surface de l'étoile Véga, de deux champs magnétiques : l'un qualifié de #fossile, le second de #variable : irap.omp.eu/2025/10/detection-

  24. [Un #ChampMagnétique complexe à la surface de l'étoile #Véga] Des observations réalisées au moyen du spectrographe #SOPHIE de l'Observatoire de Haute Provence, et en spectropolarimétrie avec les instruments #Narval puis Neo-Narval au Télescope Bernard Lyot de l’Observatoire du Pic du Midi, ont permis à des chercheurs de l'IRAP de détecter la coexistence, à la surface de l'étoile Véga, de deux champs magnétiques : l'un qualifié de #fossile, le second de #variable : irap.omp.eu/2025/10/detection-

  25. [Un #ChampMagnétique complexe à la surface de l'étoile #Véga] Des observations réalisées au moyen du spectrographe #SOPHIE de l'Observatoire de Haute Provence, et en spectropolarimétrie avec les instruments #Narval puis Neo-Narval au Télescope Bernard Lyot de l’Observatoire du Pic du Midi, ont permis à des chercheurs de l'IRAP de détecter la coexistence, à la surface de l'étoile Véga, de deux champs magnétiques : l'un qualifié de #fossile, le second de #variable : irap.omp.eu/2025/10/detection-

  26. [Un #ChampMagnétique complexe à la surface de l'étoile #Véga] Des observations réalisées au moyen du spectrographe #SOPHIE de l'Observatoire de Haute Provence, et en spectropolarimétrie avec les instruments #Narval puis Neo-Narval au Télescope Bernard Lyot de l’Observatoire du Pic du Midi, ont permis à des chercheurs de l'IRAP de détecter la coexistence, à la surface de l'étoile Véga, de deux champs magnétiques : l'un qualifié de #fossile, le second de #variable : irap.omp.eu/2025/10/detection-