Am with Sean.
Leveraged weight force potential X straight down 6o'clock cut is feeding into 100% of downward force X, cosine=1.0 multiplier times potential X.
But path to side 45degrees 4:30/7:30 gives only 70.7% of X force down.
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Sometimes enough relief to go faceless
>>adds support from below now to the 29.3% already relieved force, and work to keep it confidently/smoothly moving/rolling across.
No impact from stuttering, just smooth motion.
>>This gives a Tapered Hinge type of architecture to the hinge
>>45degrees gives .707vert , .707horiz ,as unique cross axis equals/balance point, so that gives a more certain, steady, stable 'squared movement' try to extrude.
Always branch as weightless rigid, CoG as power source, down cut access power, across down bargains power to have sidewards byproduct.
Calc softer, downward concussion to soil, so even in easy fall forward i tried to make a side lean to a different facing, to practice Tapered and softer ground hit.
>>model: harsh raindrops can damage delicate mycorrhizal fungi ..
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I see no potential target risk? Only healthy green?
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Just as pure horiz fired bullet; the dynamic path horiz force part rules over the static vert organic force downwards pull.
>>but eventually the greater horiz dynamic path exhausts, and bullet falls to ground per organic static vert force.
Rock dropped from same height as horiz fired bullet,
>>if dropped as bullet leaves support of muzzle
>>both hit ground at same time.
Each force of gravity and path are 90 degrees to each other, at the Achilles Heel of each other's force of cosine 0
>>so dynamic path force has 0 effect on bullet static force fall
The bullet falls at same vert distance and speed, now just over a longer, not pinpoint horiz distance.
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Cosine is not just numbers,
but rather organic pattern to everything;
the language of numbers 'simply' reveals what we see all the time.
