Sten
@stenwashere.bsky.social
Learning a lot which includes but is not limited to: guitar, twitch and discord moderating, event tech (lighting and sound technology), interacting with people, tarot and time management.
(Probably mostly going to post silly pictures of my cats)
(Probably mostly going to post silly pictures of my cats)
Has a new discord account
anordinarything
1277756559765803008
anordinarything
1277756559765803008
July 30, 2025 at 4:15 PM
Has a new discord account
anordinarything
1277756559765803008
anordinarything
1277756559765803008
Magnemite would just not be magnetic then hahahaha since both Aluminium and Tungsten aren't magnetised lolll
December 7, 2024 at 4:28 PM
Magnemite would just not be magnetic then hahahaha since both Aluminium and Tungsten aren't magnetised lolll
It's actually just a bit over 6kg because I rounded down from 1.4 to 1kg for the AL sphere
December 7, 2024 at 4:25 PM
It's actually just a bit over 6kg because I rounded down from 1.4 to 1kg for the AL sphere
It could work!
In the calculation with average magnet density (8g/cm3) we see that we have about 2000grams left over.
So 250cm3 of material!
If that 250cm3 was made from something very heavy like Tungsten (19.3g/cm3) those 250cm3 become 4.825kg!
Which ads up to almost 6kg total with AL sphere!
In the calculation with average magnet density (8g/cm3) we see that we have about 2000grams left over.
So 250cm3 of material!
If that 250cm3 was made from something very heavy like Tungsten (19.3g/cm3) those 250cm3 become 4.825kg!
Which ads up to almost 6kg total with AL sphere!
December 7, 2024 at 4:24 PM
It could work!
In the calculation with average magnet density (8g/cm3) we see that we have about 2000grams left over.
So 250cm3 of material!
If that 250cm3 was made from something very heavy like Tungsten (19.3g/cm3) those 250cm3 become 4.825kg!
Which ads up to almost 6kg total with AL sphere!
In the calculation with average magnet density (8g/cm3) we see that we have about 2000grams left over.
So 250cm3 of material!
If that 250cm3 was made from something very heavy like Tungsten (19.3g/cm3) those 250cm3 become 4.825kg!
Which ads up to almost 6kg total with AL sphere!
AL 2.7g/cm3
Big sphere. 15cm radius = 14137 cm3 x 2.7g
38169/1000=38kg
Mid sphere 10cm radius = 4189 cm3 x2.7g
11310/1000=11,3kg
Smol sphere 5cm radius = 523,6 cm3 x2.7g
1413/1000=1kg
Doesn't line up as nicely imo
Big sphere. 15cm radius = 14137 cm3 x 2.7g
38169/1000=38kg
Mid sphere 10cm radius = 4189 cm3 x2.7g
11310/1000=11,3kg
Smol sphere 5cm radius = 523,6 cm3 x2.7g
1413/1000=1kg
Doesn't line up as nicely imo
December 7, 2024 at 4:09 PM
AL 2.7g/cm3
Big sphere. 15cm radius = 14137 cm3 x 2.7g
38169/1000=38kg
Mid sphere 10cm radius = 4189 cm3 x2.7g
11310/1000=11,3kg
Smol sphere 5cm radius = 523,6 cm3 x2.7g
1413/1000=1kg
Doesn't line up as nicely imo
Big sphere. 15cm radius = 14137 cm3 x 2.7g
38169/1000=38kg
Mid sphere 10cm radius = 4189 cm3 x2.7g
11310/1000=11,3kg
Smol sphere 5cm radius = 523,6 cm3 x2.7g
1413/1000=1kg
Doesn't line up as nicely imo
Big sphere 15cm radius = 14137 cm3 x 8g
113096/1000=113kg too heavy
Mid sphere 10cm radius = 4189 cm3 x8g
33512/1000=33.5kg still too heavy
Smol sphere 5cm radius = 523,6 cm3 x8g
4188/1000=4kg
Smol sphere magnemite would probably be around 6kg if we add the magnets and the screws to it
He smol!
113096/1000=113kg too heavy
Mid sphere 10cm radius = 4189 cm3 x8g
33512/1000=33.5kg still too heavy
Smol sphere 5cm radius = 523,6 cm3 x8g
4188/1000=4kg
Smol sphere magnemite would probably be around 6kg if we add the magnets and the screws to it
He smol!
a cartoon drawing of a magnet with the letter c on its head
Alt: a cartoon drawing of a magnemite!
media.tenor.com
December 7, 2024 at 3:08 PM
Big sphere 15cm radius = 14137 cm3 x 8g
113096/1000=113kg too heavy
Mid sphere 10cm radius = 4189 cm3 x8g
33512/1000=33.5kg still too heavy
Smol sphere 5cm radius = 523,6 cm3 x8g
4188/1000=4kg
Smol sphere magnemite would probably be around 6kg if we add the magnets and the screws to it
He smol!
113096/1000=113kg too heavy
Mid sphere 10cm radius = 4189 cm3 x8g
33512/1000=33.5kg still too heavy
Smol sphere 5cm radius = 523,6 cm3 x8g
4188/1000=4kg
Smol sphere magnemite would probably be around 6kg if we add the magnets and the screws to it
He smol!
According to the magnemite entry in the Pokédex the magnemite is around 6kg/13.2lbs
Average magnet weight is around 8gram/cm3
I'm going to calculate the weight of the sphere body and see which one would be about the right weight if the extra bits got added.
I'm assuming the body is solid.
Average magnet weight is around 8gram/cm3
I'm going to calculate the weight of the sphere body and see which one would be about the right weight if the extra bits got added.
I'm assuming the body is solid.
December 7, 2024 at 3:05 PM
According to the magnemite entry in the Pokédex the magnemite is around 6kg/13.2lbs
Average magnet weight is around 8gram/cm3
I'm going to calculate the weight of the sphere body and see which one would be about the right weight if the extra bits got added.
I'm assuming the body is solid.
Average magnet weight is around 8gram/cm3
I'm going to calculate the weight of the sphere body and see which one would be about the right weight if the extra bits got added.
I'm assuming the body is solid.
I'll be back soonish with the math on this 🧐🤭
December 7, 2024 at 2:47 PM
I'll be back soonish with the math on this 🧐🤭
Omg I think I either had one of the real ones or a cheap ahh replica from mcdonalds
November 14, 2024 at 8:42 PM
Omg I think I either had one of the real ones or a cheap ahh replica from mcdonalds
Tbh that's never stopped me before hehe
a man is pouring milk into his mouth from a gallon
Alt: a gif of a man pouring milk into his mouth from a gallon jug of milk.
media.tenor.com
November 8, 2024 at 8:32 PM
Tbh that's never stopped me before hehe
Omg this is incredible!!! I'll be there yay!!!!!
a person is stirring a cup of coffee with a spoon while a bird looks on
Alt: a person is stirring a cup of coffee with a spoon while a bird (I think cockatiel) runs circles around the cup.
media.tenor.com
November 8, 2024 at 8:28 PM
Omg this is incredible!!! I'll be there yay!!!!!
If it wasn't clear from my message: FUCK tr*mp
November 6, 2024 at 1:25 PM
If it wasn't clear from my message: FUCK tr*mp