GardenVarietyAnxiety

joined 1 year ago
[–] GardenVarietyAnxiety 14 points 1 month ago

Nice to see the slow ones catching up. Would have been great if they never shoved their heads in their asses in the first place.

[–] GardenVarietyAnxiety 9 points 1 month ago

That's terrifying... I love it.

[–] GardenVarietyAnxiety 87 points 1 month ago (4 children)

To all those that balked at the comparisons some of us made between Trump and Hitler: Eat a dick.

[–] GardenVarietyAnxiety 2 points 1 month ago

Ooh, Bhifelst is my favorite cereal brand

[–] GardenVarietyAnxiety 3 points 1 month ago (12 children)
[–] GardenVarietyAnxiety 4 points 1 month ago

It's pretty amazing to have teachers and faculty like that 💜

[–] GardenVarietyAnxiety 34 points 1 month ago (4 children)

3D printing

in high school

now that I'm an adult

=(

[–] GardenVarietyAnxiety 53 points 1 month ago (1 children)

For as much as he hates brown people you wouldn't think he'd be that into bronzer.

[–] GardenVarietyAnxiety 1 points 1 month ago

I'm not 100% sure how it all went down, but that sounds about right.

[–] GardenVarietyAnxiety 2 points 1 month ago

I got interested in Philosophy around the same time I started getting really interested in Psychology and Spirituality.

Got into those to try to understand the mindset that's lead to our hyper divided political landscape here in the States.

 

"ai shiptost" gave me a content warning, so I had to go with "ship tost" shrug

 

35
Truccc (lemmy.world)
 
 

 

And just for contrast, this is what I got with "10000 cats"

 

For contrast, I got the following with "10000 cats"

 

 

 

I don't even know...

2
submitted 10 months ago* (last edited 10 months ago) by GardenVarietyAnxiety to c/[email protected]
 

Is it possible to determine the percentage of the gravitational force at a specified distance using only the geometry of the planet?

Example: The ISS at ~420km altitude "weighs" about 90% of what it would on the Earth's surface.

Is there an equation using only geometrical values that would give you this info?

Edit: Answered!

 

Is it possible to determine the percentage of the gravitational force at a specified distance using only the geometry of the planet?

Example: The ISS at ~420km altitude "weighs" about 90% of what it would on the Earth's surface.

Is there an equation using only geometrical values that would give you this info?

 

Is it possible to determine the percentage of the gravitational force at a specified distance using only the geometry of the planet?

Example: The ISS at ~420km altitude "weighs" about 90% of what it would on the Earth's surface.

Is there an equation using only geometrical values that would give you this info?

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