on Aug. 8th 2023 there will be a special election!
This is a special election to change the definition of what constitutes a majority vote in Ohio.
If Issue 1 passes it will change the definition of a majority vote from simple majority (highest number of votes wins even if its just barely over 50%) to a 60% vote to constitute a majority.
IT IS IMPORTANT THAT THIS ISSUE DOES NOT PASS for at least two reasons.
1) it is unconstitutional. Majority has meant simple majority for a century and it is equal and fair.
2) This November election there will be a vote to amend the Ohio constitution to add the right to abortion. If Issue 1 passes this August then it will be much more difficult to pass the November abortion amendment.
VOTE NO ON ISSUE 1
I'm late making this post. If you are not registered to vote, you will miss this Aug. election. PLEASE get out and vote by Aug. 8th if you can and if you are not registered to vote, consider registering to support the November issue!
Also, please consider reblogging even if you are not in Ohio. More reblogs means more eyes on the post!
What is Minecraft's gravitational constant value ?
This post is a follow up to this one, in which we found Minecraft's acceleration due to gravity value :
First off, we have to clear something up, when I say Minecraft world's acceleration due to gravity, I imply the one from players' perspectiv
When I say gravitational constant, I imply the one regarding players because it depends on the acceleration due to gravity which itself depends on entities in Miencarft (otherwise it's mostly inconsistant).
I'm not gonna lie this topic is way harder than its prequel, and I DID NOT see anything on the internet (not to say there isn't anything) talking about it (so if you wanna argue on smth pls source what your saying) actually nobody really searched for Minecraft's gravitational constant value.
So here we are looking into that.
First of all, one thing to know is that a Minecraft world spreads over 30 million blocks in each direction of the orthonormal basis (here I'm referring to absolute distances) in 2 dimensions (in every direction except in height)
This means if we can calculate the area from a square-like perspective :
Now most people assume Minecraft´s earth to be a cubic planet but this would mean that a player falling from a certain height get a different falling time depending on the place you are (on corners especially).
After testing it out, I ended up noticing a player falling time is approximately the same regardless of the place you fall from (from a given height).Whereas this only means one thing, Minecraft earth is a spherical planet (might sound very odd to you but it is indeed logical).
Besides, using the area we calculated and the sphere area formula, we can solve for the radius :
Since we have got both Minecraft earth's radius & Minecraft's acceleration due to gravity value, we can use (re)try to use Newton's law of attraction :
Then after simplifying and solving for the gravitational constant with Newton's second law of motion, we still gotta figure out Minecraft's planet's density (as we can determine the volume, it's better to search for density rather than mass).
Unfortunately, substituting formulas in equations, making linear systems, the gravitational constant as well as the density always checked out :(
Even after introducing more formulas (like the kappa formula or the escape velocity formula) it couldn't be any more relevant :/
There seems to be something wrong but long after hours upon hours of researches (and dozen liters of sweat that could fulfill a whole swimming pool lol) I realised we could proceed by identification going back to this formula :
A product of 2 unknowns equals a constant (as g and the radius are known).. interesting...
Guess what, in order to proceed by identification, let's dispatch known parameters and constants as well :
Let's now see the numerical approximations of each physical quantities using real-world values beforehand :
Okay so what's important is to look at the scale order of the inverse of the radius, it's a 10^-7 order and it's pretty close to the actual universe's gravitational constant standing with a 10^-11 scale order.
So let us add a 10^3/10^3 in the following way :
We get to see that 1/(radius*10^3) has got (practically) a scale order of 10^-11.. we're steadily stepping towards the answer guys : )
I also want to point out g*10^3 and density p (rho) scale orders are even.
Which in fact means :
where :
If we break down π into sqrt(π) * sqrt(π) in this manner :
with :
Consequently, applying numerical values related to our real-life solar system & earth results in values infinitesimally nearing the actual approxs (it's demonstrated through relative gap calculations being less than 1 %) ;)
hence :
respective relative gaps :
Furthermore, since we study Minecraft's earth planet, we can use the previous final formulas to calculate approximations of both Minecraft's planet related gravitational constant value and density value (as Minecraft suggests a similar solar system in which its earth belongs in) :
Okay we got what we wanted, but let me suggest you a quick understanding to check the coherence of our results.
Take a close a look at that formula identified from Newton's law of attraction, we know G (gravitational constant) tends to zero (its value is so small it´s almost zero: about 6.67*10^-11 m^3 • s^-2 • kg^-1) and the radius being a large number.In order to get a final value greater than 1, earth's mass have got to be really large & so the density.
In the case of Minecraft, as the radius is larger and we know the overall division value is approximately 3.23 greater than the real-life one which makes it obvious Minecraft earth's mass, density & volume are greater for sure.
So that's pretty much what we had to do to get an approx of Minecraft planet's related gravitational constant.
Sidenote: It's just an hypothesis, I wanted to make something plausible, cuz assuming our earth's properties to make calculations didn't really satisfied me and isn't correct to apply to a video game (plus people making these assumptions usually don't explain why they use it for a given case).
Also, I'm aware the units aren't possibly correct but all you need is a reference value which wouldn't change the results (1.0 {insert appropriate unit} ) with units making up for the wrong ones.
Edit: For sussy bakas, I solved the whole thing symbolically at first and only (purposefully) numerically determined results to picture a significant value but didn't till the final results offline :p
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