Why your spoiler is wrong:

The gravitational force between two objects is G(m1 m2)/r²

G = ~6.67 • 10^-11 Nm²/kg²

m1 = Mass of the earth = ~5.972 • 10^24 kg

m2 = Mass of the second object, I’ll use M to refer to this from now on

r = ~6378 • 10^3 m

Fg = 6.67 • 10^-11 Nm²/kg² • 5.972 • 10²⁴ kg • M / (6378 • 10^3 m)² = ~9.81 • M N/kg = 9.81 • M m kg / s² / kg = 9.81 • M m/s² = g • M

Since this is the acceleration that works between both masses, it already includes the mass of an iron ball having a stronger gravitational field than that of a feather.

So yes, they are, in fact, taking the same time to fall.

Oh you’re saying opposite site and adjacent site in English

Anyway how is the r=1 circle harmful for that?

Please elaborate.

Why?

Gorilla gorilla gorilla

To save you some time

But you could technically build huge solar panel areas in deserts and bring that hydrogen to populated areas. Or you could use excess energy from renewables to produce hydrogen, storing at least some of the excess energy for times where renewables produce less.

Can we please make an experiment to verify this, @ESA @NASA

Simply go higher. At some altitude there just are no mosquitos anymore.

As long as it doesn’t break down it’s awesome

I guess they might be appropriate for some roads (in poor or very rural countries)

But not here

Where does it lead? I’m not brave enough

The Germany of Asia

Just recently my country exchanged land with a neighbouring country to adjust for the changes of water, each giving and gaining the same amount of land. When water marks the border it’s much easier to know when you’re crossing it.

Edit: looked it up: in march we (Austria) traded 239 m² with Liechtenstein

Why? Apart from such cases being rare, everyone gets a half island

0°F is the coldest night Mister Fahrenheit has ever witnessed, thinking it couldn’t become any colder than this.

100°F is Mister Fahrenheit’s slightly feverish body temperature.

???

PS: Pretty much all other countries also had their own measurement systems and simply switched to metric because it made sense. I’m glad we did, and that pretty much all others did too.

PPS: I’d also be up for revamping time measurement, why can’t we have 10h a day, 100 minutes per hour, 100 seconds per minute? 100.000 seconds in total per day, currently we have 86.400 so a second would only become slightly shorter.

The French tried to implement that in the First Republic, together with 12 months à 30 days per year, 3 weeks à 10 days per month and 5 (6) extra days at the end of the year to make it work (from Christmas to New Year, how thematic!)

It failed because the French were fearing they’d have to work more (if they’d also only have 2 days off per 10d instead of per 7d). One of the biggest tragedies in French history. Without the week reform the time reform might’ve succeeded.

Fully agree with you. How does that make sense:

Really hot summer days (30°C) are 86°F

Usual summer days (25°C) are 77°F

Room temperature is ~70°F

Spring / autumn days (20°C) are 68°F

Chilly outside / late autumn / early spring days (~10°C) are 50°F

Cool outside / warm winter days (~0°C) are 32°F

Cold outside / usual winter days (-10°C) are ~15°F

Winter nights (bit below -20°C) are ~ -10°F

Kelvin is the SI unit. Anyway also for the weather Celsius is clearer: Below 0 = snow, above 0 = rain. And Celsius at least has fixed points that can be recreated - if all thermometers and data on scales were lost we could easily recreate °C, but not °F.

Where I live (mountainous region in Austria) they are everywhere. I just go hiking for a bit so I’m at not too frequented spots and then I can just pick as many as I need, often the floor nearly is more yellow than brown on certain spots.

We don’t have white oaks here but they typically grow in needle forests.

(And we call them Eierschwammerl = egg mushrooms, to explain my previous comment, I just think that sounds much nicer than chanterelles)

Image of a typical spot, took it a month ago ^

Context?

egg mushrooms 😋