force
Why would we have a PM? We already have the Speaker of the House and the Senate Majority Leader. And the PM wouldn’t be able to exercise any executive powers unless you burned the constitution, because separation of powers.
There’s not really a good reason to adopt a parliamentary system like the UK’s for example if we were to completely reform the government imo. Or to have a PM separate from the president at all.
Shoot them
We’re allowed to kill Abe Lincoln and JFK, why aren’t we allowed to kill these guys? Why does Reagan get plot armor out of all the presidents? Who wrote this shit?
To be fair JFK getting shot was pretty epic though. He almost caused nuclear holocaust (although a more rabidly anti-communist president may have definitely caused nuclear holocaust), war crimed the South Vietnamese a ton, and stabilized Israel. RFK getting assassinated was less epic because that gave us Nixon
I have plenty of WEBP and every image editing/viewing application I have installed can use it fine. Including, but not limited to:
pdn, GIMP, Krita, Aseprite, InkScape, OpenToonz, IrfanView
I think Apple users have issues with Webm & Webp? But the issue here is using Apple products in the first place. Losing 90% of basic functionality is what you expect when using one of those.
https://www.suffolkgazette.com/lost-on-the-m25/
https://www.google.com/amp/s/www.bbc.com/news/uk-england-16193588.amp
there’s a point where you shouldn’t legally be able to drive past a certain age
Lol what? How did you conclude that if 9x = 5
then x = 1
? Surely you didn’t pass algebra in high school, otherwise you could see that getting x
from 9x = 5
requires dividing both sides by 9, which yields x = 5/9
, i.e. 0.555... = 5/9
since x = 0.555...
.
Also, you shouldn’t just use uppercase X
in place of lowercase x
or vice versa. Case is usually significant for variable names.
Pi isn’t a fraction (in the sense of a rational fraction, an algebraic fraction where the numerator and denominator are both polynomials, like a ratio of 2 integers) – it’s an irrational number, i.e. a number with no fractional form; as opposed to rational numbers, which are defined as being able to be expressed as a fraction. Furthermore, π is a transcendental number, meaning it’s never a solution to f(x) = 0
, where f(x)
is a non-zero finite-degree polynomial expression with rational coefficients. That’s like, literally part of the definition. They cannot be compared to rational numbers like fractions.
Every rational number (and therefore every fraction) can be expressed using either repeating decimals or terminating decimals. Contrastly, irrational numbers only have decimal expansions which are both non-repeating and non-terminating.
Since |r|<1 → ∑[n=1, ∞] arⁿ = ar/(1-r)
, and 0.999...
is equivalent to that sum with a = 9
and r = 1/10
(visually, 0.999... = 9(0.1) + 9(0.01) + 9(0.001) + ...
), it’s easy to see after plugging in, 0.999... = ∑[n=1, ∞] 9(1/10)ⁿ = 9(1/10) / (1 - 1/10) = 0.9/0.9 = 1)
. This was a proof present in Euler’s Elements of Algebra.