R.i.p to this side of the world
>>41186821Thems Tasymaniacs are giggling with both their heads right now!
>>41186821I'm in the US and the sun feels way hotter on my skin fwiw.
>>41186881kekkle
Buy skin protector goy
>>41187149Yes. The sun is now white and scorching hot even in the winter. They replaced it. It used to mellow yellow and nurturing. Now there's something wrong with it
Sorry aussies. Better put some crocodile on the barbie and crack a fosters mate
>>41187467I don't see any difference this side if the river. But assuming it's now whiter, that's to be expected when things get hotter irrespective of reason. Nobody replaced anything you braindead nigger animal.
>>41187467your nostalgia for leaded gasoline is charming in its ignorant naivety.
>>41187467We just barely started autumn at least this side of the world.
>>41187467Replaced it? Its one thing to think the solar cycle has changed and its burning hotter. Another thing entirely to think (they?) removed it and put a different sun. And yes im totally a glowie. I enjoy a good schitzo post, but some of the "5,000 year old vampire" posts or apparently "sun replacement" posts are just embarrassing. Just fuck off.
>>41187502Lmfao
>>41187872Bro. Even if remember that the sun used to be mellow yellow. It's literally like a bright white l.e.d now! Also clouds aren't puffy white nomore
>>41188371it partly is due to Ozone layer depletion, but it really is irradiating now
>>41188371Spraying chemtrails will do that
Roasting aussies this winter(technically summer in the southern hemisphere)
>>41187467It's unbelievably bright and it's hard to gaze even at the general direction of it. This isn't anything new though, the sun goes through cycles of being more or less active, at the moment the activity is at it's peak.
>>41186881Tasmania will be all that’s left of Australia.
>>41186821Hope you're ready for all those climate refugees.
>>41187467>Now there's something wrong with itthis is all because of the earth's magnetic field
>>41187149Me too.
>>41187467It's always been white, you just thought it was yellow as a kid because kids think it's yellow.
>>41187467>They replaced it.I can't imagine having a brain that produces ideas like this.
>>41187467Agreed. Probably those evil democrats replaced it so they can sell you sun screen with hidden chemicals they don't have to put on the labels (because their democrat law making buddies) that will make you andvwhorverbuse it GAY!!
>>41190066Double Dubs of Truth!>andvwhorverbuse
>>41187467this is true and the cucks are seething at it
>>41186821More like RIP to the white invaders, KEK!
how long does it take for radiowaves to satteltie signals to go from earth , earth orbit to the sun?
>>41191927About treefitty
Sun is approximately \( 149,600,000,000 - 35,786,000 = 149,564,214,000 \, \text{m} \).For atellite at 500 km, the distance is \( 149,600,000,000 - 500,000 = 149,599,500,000 \, \text{m} \). - Since the difference is minor, we’ll use the Earth-Sun distance of \( 149,600,000,000 \, \text{m} \) for simplicity.\[t = \frac{\text{distance}}{\text{speed of light}}\]where the speed of light \( c = 299,792,458 \, \text{m/s} \).Geostationary orbit**: \[ t_1 = \frac{35,786,000 \, \text{m}}{299,792,458 \, \text{m/s}} \approx 0.1193 \, \text{seconds} \]- **LEO (500 km)**: \[ t_1 = \frac{500,000 \, \text{m}}{299,792,458 \, \text{m/s}} \approx 0.00167 \, \text{seconds} \]Satellite to SunUsing the average Earth-Sun distance:\[t_2 = \frac{149,600,000,000 \, \text{m}}{299,792,458 \, \text{m/s}} \approx 498.93 \, \text{seconds}\]Convert to minutes:\[498.93 \, \text{seconds} \div 60 \approx 8.315 \, \text{minutes} t_{\text{total}} = t_1 + t_2 = 0.1193 + 498.93 = 499.0493 \, \text{seconds} \approx 8.317 \, \text{minutes} \]- **LEO (500 km)**: \[t_{\text{total}} = 0.00167 + 498.93 = 498.93167 \, \text{seconds} \approx 8.316 \, \text{minutes} Variation in Earth-Sun Distance**: The Earth-Sun distance varies between 147.1 million km (perihelion) and 152.1 million km (aphelion). Using these: - Perihelion: \( t_2 = \frac{147,100,000,000}{299,792,458} \approx 490.65 \, \text{seconds} \approx 8.178 \, \text{minutes} \). - Aphelion: \( t_2 = \frac{152,100,000,000}{299,792,458} \approx 507.21 \, \text{seconds} \approx 8.454 \, \text{minutes} \). - Total time varies accordingly by about ±0.138 minutes.**499.05 seconds (8.32 minutes)**. For an **LEO satellite** at 500 km, it’s about **498.93 seconds (8.32 minutes)**. Using the average Earth-Sun distance, the time is roughly **8.32 minutes
>>41191927>>41192438
