Stargazers......What is this star ? (The one below the moon)

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Dave7

Legendary Member
Location
Cheshire
Is there a more appropriate section for this question?

Google is giving me various answers/options. I won't put them here so as not to misleading anyone.
Thanks.
20260104_063223.jpg
 

dicko

Legendary Member
Location
Derbyshire
Saturn I think? Happens this time every tear.
 

nogoodnamesleft

Active Member
If you have a pair of binoculars try seeing the 4 larger mpoons of Jupiter (4 Galilean moons). Easy to recognise as they form a line normally either side of Jupiter. You might not spot all 4 given they are orbiting Jupiter so move behind the planet or transit across the front (harder to notice).

Min 7x50 binoculars. Can hand held but easier to find something to rest them on.

JupiterMoons.jpeg
 
OP
OP
Dave7

Dave7

Legendary Member
Location
Cheshire
If you have a pair of binoculars try seeing the 4 larger mpoons of Jupiter (4 Galilean moons). Easy to recognise as they form a line normally either side of Jupiter. You might not spot all 4 given they are orbiting Jupiter so move behind the planet or transit across the front (harder to notice).

Min 7x50 binoculars. Can hand held but easier to find something to rest them on.

View attachment 797012

Thanks. If weather is clear I will try that later.
NB
My bins are 8x42 so should be fine.
 

gbb

Squire
Location
Peterborough
If it's that big and white and bright, in the middle of the night... it's almost always going to be Jupiter.

Tbf, I assumed it was going to be Venus which can also be very bright in the night sky.
 

roubaixtuesday

self serving virtue signaller
Photo Winner
Tbf, I assumed it was going to be Venus which can also be very bright in the night sky.

Venus is always near the sun (because it orbits within our orbit). Sometimes gets called the morning or evening star.

So if it's the middle of the night, it's not Venus.

Jupiter is the next brightest object in the sky after Venus (not counting the moon, of course).
 

nogoodnamesleft

Active Member
Re: Moons of Jupiter
You could go really OTT (I did) and calculate the mass of Jupiter from measurements of the orbits of the moons (just distance from centre of Jupiter, but need a fair few measurements and over some time (days).

I big table of data but plots of the orbits and calculations after the big table or the raw measured data (scroll down) https://nogoodnamesleft.net/mass-of-jupiter/
 
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