Ocarina of Time

It's just a joke, but yes I believe the solution is more complicated than that

What does OOT stand for?

Main character moment right here

By the bankers axiom.

Buy at 2 Lend at 3 Go home at 4.

When you deposit money in a bank it isn't really in your account. The bank uses the money people have deposited in invests in things, from giving out personal/business loans and mortgages to buying stocks and shares or even buying and selling debt. The profit they make doing this covers the bank's operating cost and interest on your account.

Essentially when you put your money in a bank you are in actuality loaning the bank your money.

This is why when banks collapse people loose their savings. The bank gambled with your money and lost it all.

That's not at all what I'm talking about. I'm talking about using the wasted nutrition to rebuild oceanic food chains from the bottom up while simultaneously pulling CO2 out of the atmosphere.

They recorded and taught book-smarts verbally, through poems and songs

They had a lot of the content and they stored it verbally, through songs and poems.

I just gave reward in your place, kind stranger. :)

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Infact, have some yourself!

See also:

Babylonian astronomy

Nebra sky disc

Ambrose Furey couldn't have said it better himself. There'd be a tangent about Domoic acid though.

Sorry for not elaborating more. Say I already knew the mass, speed, acceleration, etc of the object

Sorry for not elaborating more. Say I already knew the mass, speed, acceleration, etc of the object

“Can we solve the problem with one invasive species by adding another invasive species?” Is well-documented as a disastrous strategy

Don’t worry mate, some love is incoming.

I got ya bro/brosephina

Bigger sensor means more light capture. No increase in megapixel count would result in lower noise. Increase in megapixel count results in similar noise (smaller though) but higher detail.

Larger sensors also give more depth-of-field (even if aperture is the same).

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Out of the Milky Way. Where else would you gather stars from?

Pressure is defined as force per m^(2). So you can just get a piston of known size (say, 1 cm^(2)), check the force pushing on it, divide the force by size and then convert as you wish.

Also, strictly speaking kg/cm^(2) isn't a physically correct unit of pressure, it's implied that weight in normal gravity is used. "1 kg of force" is actually 1 kg * g (free fall acceleration on Earth, ~9.8 m/s^(2)), so 9.8 N of force.

It's also true for cars driven at high altitudes. A naturally aspirated engine makes less power in the mountains than it does at sea level. Turbocharged cars can make up for that for the most part by just pushing more of that less dense air into the engine, so the power loss is much less severe.

There is no visable difference, but the imput lag (time between mouse click and thing on screen) is reduced.

That's fundamentally wrong. More frames and the information displayed on your screen will be newer.

For the sake of simplicity, let's say you had 1hz screen and GPU producing 1fps. By the time a frame would appear on your screen, it's already 1 second old. You get to see the frame that was generated 1 second ago.

Now, if you had 4fps, the frame you see would only be 0.25 seconds old.

Linus had a video a while back, comparing 60hz and 60fps vs 60hz and 240fps. The difference is MASSIVE.

https://youtu.be/OX31kZbAXsA

Calculate from what?

Do you mean take a reading from a gauge in one set of units and convert to kg/cm^2 ?

Or calculate from first principles like gas laws or kinetic theory?

So algae thriving will end up killing algae? Thats quite interesting