User:MrWarnerTheGreat/Minecraft: Story Mode Calculation Compilation

Introduction

Just a general compilation of Minecraft: Story Mode feats that'll be relevant to the future profile(s) for these characters.

Season One

A Mountain of TNT

Method One

Magnus states that it would take a mountain of TNT to kill the Wither Storm. Given this is coming from Magnus, a griefer who is naturally educated in TNT, and the sheer size and threatening presence of the Wither Storm, I'm inclined to believe this.

Now mountains vary in size heavily and we obviously don't want to use something akin to Mount Everest, so we'll use this as our baseline. This gets us a weight of 260,000,000,000 tons. 260 billion tons of TNT, or 260 Gigatons of TNT, gets us Island level (6-C)

Method Two

The alternative method to getting this answer is to multiply one cupic meter of TNT by the volume of a mountain.

using our tiering values blog for reference, the volume of a mountain is 6.064e9 m^3, or 6,064,000,000 cubic meters.

Multiplying our value for a creeper explosion gets us 10,545,330,783.9 tons of TNT, or 10.5453307839 Gigatons of TNT, Island level (6-C)

Axel destroys a block of stone

Title summarizes the feat. Standard Minecraft blocks are one meter tall. As they are perfect squares, the volume is 1,000,000cm³ for a single block (Simple Enough).

As this was obvious the common stone block, and the initial feat was violent fragmentation based on the few pixels of stone flying off, our formula is 1000000*69

Plugging this in gets us 69,000,000 joules, or 0.016491395793 tons of TNT, Room level (9-A)

Creeper Explosion

A Creeper makes a hole in Soren's mob grinder pipe. Taking a look at the image below, we can count a total of 34 blocks to have been blown up.

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Unlike the previous feat, this one was pulverization (It has to be, otherwise we would've seen some bits of stone fall or the blocks fall), so our formula is 34,000,000*214

Plugging this in gets us 7,276,000,000 joules, or 1.739005736138 tons of TNT, Large Building level (High 8-C)

Wither Storm Crater

The Wither Storm creates a rather large crater upon hitting the ground. A rather simple feat and quite a casual one at that.

Gonna get it out of the way and say that this is either pulverization or vaporization (Leaning much more towards the former) for the simple fact there's no rubble or scattered blocks.

I counted the hole to be four blocks deep, so four meters in depth.

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13.5px = one block

993px = 94 blocks

Using the formula for cylinder volume gets us 3719645701.8503cm³. Now because there was a single layer of dirt, I'll make only account 75% of the final result as stone, and the remaining 25% as soil.

Pulverization:

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2789734276.39*214 = 597003135147 joules, or 142.687173792304 tons of TNT

Add on the incredible 929911425.463 joules, or 0.2222541647856119 tons of TNT gets us a grand total of 142.909427957 tons of TNT, or Multi-City Block level.

Vaporization:

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2789734276.39*25700 = 71696171000000 joules, or 17.1357961281 kilotons of TNT.

I'm not even going to factor in the soil factor since it literally adds nothing to this. For vaporization, our final result is 17 kilotons, or Town level.

Wither Storm creates a storm

Credit to member Zacisawesome101

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Decided to do a Low and High-End for the feat, Low-End using angsizing to work out the distance and High-End assuming 10km viewing distance because it’s night time amd also hazy.

Mountain = 100px

Panel Height = 1080px

2atan(tan(70/2)*(100/1080) = 0.0876872375 rad

1 rad = 57.2958 deg

0.0876872375 rad = 5.024108625923746629 deg

According to National Geographic, most geologists classify a mountain as being at least 300m high, so we’ll use that as the height of the mountain (https://www.nationalgeographic.com/science/article/mountains)

Angsizing calculator (https://www.1728.org/angsize.htm) = 3.4191e+3 m = 3419.10 m

Distance = 3419.10m (Low-End)

Distance = 10000m (High-End)

Heavy rain and snow probably provides enough evidence for Nimbostratus clouds, so thickness/height is 2000m

Volume = 73451974427.524 meters^3 (https://www.calculator.net/volume-calculator.html?ctankradius=3419.10&ctankradiusunit=meters&ctanklength=2000&ctanklengthunit=meters&cylcal=Calculate#cylinder)

Cloud density = 1.003 kg/m^3

Mass = 73672330350.8 kg

Now the timeframe:

I counted 60 frames of the clouds darkening as the Wither Storm revived, so the timeframe is 2.5s (http://www.watchframebyframe.com/watch/yt/oNpNCVCcr9w)

Speed = 3419.10/2.5

Speed = 1367.64 m/s

KE = 0.5 * Mass * Velocity^2

KE = 6.8899806201924E+16 J

Wither Storm Attack Potency = 16.467448901033460373 Megatons of TNT = City Level (Low-End)

Wither Storm Attack Potency = 2.4099560229446 Gigatons of TNT = Island Level (High-End)