The question is: does it make sense for the government to ban abortions, just to kill ppl with vaccines on the other hand?
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Cake day: July 2nd, 2023
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11·1 year agoYes, every terrorist in the history of mankind consumed DHMO! Ban this stuff immediately! /s
113·1 year agoIt also happend back then on reddit. Hopefully he will return soon!
Totally agree! Also ppl like to bash on elderly persons. Statistically speaking you are most likely to be hit by a young or middle aged man.
ITT: ppl who take jokes too serious.
5·2 years agoSo did you have to pay all of this? (~$14600 if i did the maths right) Or can you negotiate?
3813·2 years agoWow, did you just really confess as an child porn distributor/consumer? Who else would need such an communication alternative?
4·3 years agoTo add further more: often also 810 or 820 numbers exist, where a phone call might have a toll up to 10 or 20 cents per minute respectively. With 900 numbers you usually dont know, how expensive they are, when only looking at the number.
Totally agree with you!
61·3 years agoI’m not a racist because as a boy I was too slow when I was gokarting…
They get eliminated at first sight!
Are you sure about that? From m/s to km/h you multiply by 3600 (for the time) and divide by 1000 (for the distance) which leads to a factor of 3.6.
Personally i always remember 25 m/s = 90 km/h = 56 mph because of the somewhat round numbers.
Sooooo, wavelengths (λ) become longer when something moves away (redshift) and become shorter when something moves towards you (blueshift).
For a red flag (λ0=610nm) to become a green flag (λ1=549nm), it has to move towards you quite fast. But how fast is ‘quite fast’?
Using the formula
flag_velocity / speed of light © = difference in wavelengths / starting wavelength
we get
flag_velocity = (610-549) / 610 * c = 61 / 610 * c = 1/10 * c
This means: the flag has to move with about c/10 = 30 000 000 m/s = 108 000 000 km/h = 67 108 100 mph. Yeah, that’s quite fast.
(Disclaimer:
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use info on own risk
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values for λ were chosen in a way to make calculations easy. There is no info on what shade of red or green the flag is. The final result will be about the same.
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With speeds at around 10% of c, I should use the formula considering the relativistic doppler effect… However, i wont. Thanks.)
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Sooooo, wavelengths (λ) become longer when something moves away (redshift) and become shorter when something moves towards you (blueshift).
For a red flag (λ0=610nm) to become a green flag (λ1=549nm), it has to move towards you quite fast. But how fast is ‘quite fast’?
Using the formula
flag_velocity / speed of light © = difference in wavelengths / starting wavelength
we get
flag_velocity = (610-549) / 610 * c = 61 / 610 * c = 1/10 * c
This means: the flag has to move with about c/10 = 30 000 000 m/s = 108 000 000 km/h = 67 108 100 mph. Yeah, that’s quite fast.
(Disclaimer:
-
use info on own risk
-
values for λ were chosen in a way to make calculations easy. There is no info on what shade of red or green the flag is. The final result will be about the same.
-
With speeds at around 10% of c, I should use the formula considering the relativistic doppler effect… However, i wont. Thanks.)
-
Maybe she wasn’t able to start collage sooner… There are many reasons for why s1 is at collage at 29.
You are in the wrong community!