27. Astrophysicist, writer, artist. Michigan. Business inquiries: kaijunobiz@gmail.com
Average of all countries’ national flags.
The spectre of British and French colonialism looms ominously
The thing that makes me sad about people that are gonna live on Mars is that their internet is gonna suck. Even if we found a way to send data at the speed of light (or as close as possible without breaking the laws of physics), it would take an average of 12.5 minutes for a signal to go from Mars to Earth. That makes me sad. Trans-planetary internet is gonna suck.
For reference, the federal minimum wage would have you earning roughly on average $1,256.66 a month
It’s recommended your rent only be 30% of your total budget, so with an average monthly rent of $1,827 that would mean your average renter’s monthly income should ideally be $6,090
That would be roughly $35.13 hourly or $73,080 annually
However, the average renter’s household income is only $42,500 annually or $20.43 hourly (as of 2019 according to the Census Bureau’s American Community Survey)
This means either rent prices are too unsustainably high and price gouging or wages are too unsustainably low and predatory
Or both
(Hint: it’s both)
not to mention most apartments won’t even allow you to apply unless you make 3 times rent.
“average person eats 3 spiders a year” factoid actualy just statistical error. average person eats 0 spiders per year. Spiders Georg, who lives in cave & eats over 10,000 each day, is an outlier adn should not have been counted
date of origin: December 21st, 2012
2012 did so much heavy lifting for the culture of this website
Average flags of the world
Average flags of the US (or as I like to call it, looming bear)
This doesn’t look like much, but these are RR Lyrae variable stars! They’re 10,500 light years way! I took about half of these pictures, and my classmates took the other half. I took the data and ran it through a few Python programs and made them into a gif! The observing period here was unfortunately only about 2 hours, but we got some good data!
The two stars here that are RR Lyrae variable stars are V* BH Peg and V* BG Peg (circled in the image below, BH Peg is the top star and BG Peg is the bottom).
RR Lyrae Variable stars are stars that are nearing the end of their life, and their luminosity changes periodically. There are non-RR Lyrae Variable stars that can have periods of years, or they may fluctuate irregularly.
RR Lyraes are really cool though! RR Lyraes are pulsating aging stars with a mass of around half the Sun’s. They’re thought to have previously shed mass during the Red-Giant Branch phase, and consequently, they were once stars with similar or slightly less mass than the Sun. Because of this, they’re super easy to use to gauge distances in our galaxy and local globular clusters (blobs of stars). But what’s even crazier is that they have periods of between 40 and 0.3 days. That’s super fast, cosmically speaking!
Oh! and the bottom star is an Eclipsing Binary! That means that one blob is actually two stars, and because of our vantage point from earth, they cross in front of each other!
V* BH Peg has a period of 0.6 days, and V* BG Peg has a period of 1.9 days.
This doesn’t look like much, but these are RR Lyrae variable stars! They’re 10,500 light years way! I took about half of these pictures, and my classmates took the other half. I took the data and ran it through a few Python programs and made them into a gif! The observing period here was unfortunately only about 2 hours, but we got some good data!
The two stars here that are RR Lyrae variable stars are V* BH Peg and V* BG Peg (circled in the image below, BH Peg is the top star and BG Peg is the bottom).
RR Lyrae Variable stars are stars that are nearing the end of their life, and their luminosity changes periodically. There are non-RR Lyrae Variable stars that can have periods of years, or they may fluctuate irregularly.
RR Lyraes are really cool though! RR Lyraes are pulsating aging stars with a mass of around half the Sun’s. They’re thought to have previously shed mass during the Red-Giant Branch phase, and consequently, they were once stars with similar or slightly less mass than the Sun. Because of this, they’re super easy to use to gauge distances in our galaxy and local globular clusters (blobs of stars). But what’s even crazier is that they have periods of between 40 and 0.3 days. That’s super fast, cosmically speaking!
Oh! and the bottom star is an Eclipsing Binary! That means that one blob is actually two stars, and because of our vantage point from earth, they cross in front of each other!
V* BH Peg has a period of 0.6 days, and V* BG Peg has a period of 1.9 days.
Anonymous asked:
I was thinking about this and what might work would be a sort of smokescreen of random fake data that would make it hard to sift through to see which was real and what was not but idk enough about their data collection methods to know if that would be effective or not
This doesn’t look like much, but these are RR Lyrae variable stars! They’re 10,500 light years way! I took about half of these pictures, and my classmates took the other half. I took the data and ran it through a few Python programs and made them into a gif! The observing period here was unfortunately only about 2 hours, but we got some good data!
The two stars here that are RR Lyrae variable stars are V* BH Peg and V* BG Peg (circled in the image below, BH Peg is the top star and BG Peg is the bottom).
RR Lyrae Variable stars are stars that are nearing the end of their life, and their luminosity changes periodically. There are non-RR Lyrae Variable stars that can have periods of years, or they may fluctuate irregularly.
RR Lyraes are really cool though! RR Lyraes are pulsating aging stars with a mass of around half the Sun’s. They’re thought to have previously shed mass during the Red-Giant Branch phase, and consequently, they were once stars with similar or slightly less mass than the Sun. Because of this, they’re super easy to use to gauge distances in our galaxy and local globular clusters (blobs of stars). But what’s even crazier is that they have periods of between 40 and 0.3 days. That’s super fast, cosmically speaking!
Oh! and the bottom star is an Eclipsing Binary! That means that one blob is actually two stars, and because of our vantage point from earth, they cross in front of each other!
V* BH Peg has a period of 0.6 days, and V* BG Peg has a period of 1.9 days.
this is neat!
What does “RR Lyrae” mean - is it just a mass classification? - and are there non-variable RR Lyrae stars? What does “variable” mean here? What are the “periods” when you say “periods of between 40 and 0.3 days”, days of what?
RR Lyrae is the name of the first star they observed doing this so they called the other stars they found later RR Lyrae type variable stars, so no there are not non variable RR Lyrae stars.
Mass classifications for stars are typically given in solar masses ie “a 3 solar mass star” means “this star weighs the same as 3 of our suns”.
Variable = Varying. Like. The light intensity vairies.
Period = A period of time. The length of the cycle.
NO 😂
I’m George RR Martin
growing up in maine us writers were of course always comparing ourselves to stephen king. TURNS OUT HE’S FUCKING WRITER GEORG
“average writer writes 3 books a year" factoid actualy just statistical error. average person writes 1 book per year. Steven King, who lives in cave & writes over 10,000 each day, is an outlier adn should not have been counted
My favourite quote from Steven King was something like “I am a salami writer. I try to make good salami, but salami is salami.”
How long is the average work week in the US?
Full article: https://landgeist.com/2022/02/08/average-weekly-working-hours-in-the-us/
