TwitNaut

[TwitNaut @NautTwit]

@MAGAVoice And you’re asking that right after your prophet just bombed Iran. You are completely smashed

[TwitNaut @NautTwit]

@SyndicatFamille @EU_Commission Les fachos homophobes qui nous font leur petit coup de gueule annuel à l’UE.
C’est sur que ça doit vous saouler que votre secte n’obtienne rien.

[TwitNaut @NautTwit]

@alainpaulweber Et toi, blaireau? Moi j’ai une idée de comment s’habillait ta famille en 1940

[TwitNaut @NautTwit]

@PurebloodTweak @CarlosJJSantos @MysticTheWolf4 @MattWallace888 In physics nothing is “true”. It’s just good enough until another theory explains things better.
Newton theory of gravity can explain very well how objects fall and has predicted the visit of all comets since 1684. If you have a better theory please go ahead and publish it

[TwitNaut @NautTwit]

@AntiTrumpCanada He is not intelligent enough. He’s unable to establish a long term strategy and he is rounded by incompetent collaborators.
He’s just following a very personal agenda that aims to make himself richer.

[TwitNaut @NautTwit]

@MaraPar98 @MikeyDan91 @sjenk95 @wonderofscience I blocked him again, he is just unable to converse

[TwitNaut @NautTwit]

@PurebloodTweak @CarlosJJSantos @MysticTheWolf4 @OrionKingStar1 @MattWallace888 Weight is the result of gravity action.
Sum of forces = mass * acceleration.
m is mass of object receiving force (weight)
Acceleration = G*M/r2
Where G is gravitational constant, M is mass of earth, and r2 the squared distance between object receiving force and center of earth.

[ARCHIVED - NASA Voyager @NASAVoyager]

Do you know our origin story? In the mid-1960s, calculations revealed that a rare planetary alignment (occurring only every 175 years) would make it possible for a spacecraft to visit all four outer planets, using gravity assists to swing from one planet to the next.

[TwitNaut @NautTwit]

@sjenk95 @wonderofscience Omg you’re so thick. 😧 Must be really painful being near you. I won’t waste more time talking to you. Bye

[TwitNaut @NautTwit]

@sjenk95 @wonderofscience Not my fault if you are unable to express yourself clearly. Bye now.

[Erika  @ExploreCosmos_]

NASA’s Voyager spacecraft revealed a remarkable discovery at the edge of our solar system: a vast region of superheated plasma, reaching temperatures between 30,000 and 50,000 Kelvin.

This area, encountered by both Voyager 1 and Voyager 2 as they crossed the heliopause, the boundary where the solar wind is stopped by the pressure of interstellar space, is sometimes referred to as a “wall of fire.”

Despite these extreme temperatures, the region poses no danger to the spacecraft because of its incredibly low particle density; the high temperatures reflect particle speed, not heat felt as we experience it.

Scientists believe this heat is caused by plasma compression and magnetic reconnection, where magnetic fields release large amounts of energy. Voyager’s findings revealed that the boundary of the heliosphere is far more complex and energetic than previously thought. Even decades after their launch, the Voyager probes continue to offer groundbreaking insights into the dynamic and mysterious frontier between our solar system and interstellar space.

[TwitNaut @NautTwit]

@Schogan111856 @gothamcapital1 @atensnut A billionaire promoting communism? Are you high?

[TwitNaut @NautTwit]

@love2havfun2 @BillyMaze183322 @RobotPolisher Responding by memes, eh? 😁 still waiting for an answer to my simple question: with the flat earth model how do lunar eclipses work?
I know you are just going to ignore it, because you have no idea of the answer.