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#sissy sawyer
sparrowhawkace · 7 months
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A family of little yippies <3
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marioggy · 3 months
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Ahhhhh HELLFIRE
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unknownkona · 3 months
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stardewed the family too <3
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ninaninato · 7 months
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So silly :3
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lambf4rm · 8 months
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Sissy and her brothers
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gravysside · 8 months
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Two bone scraps and a shoulder check
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proxythe · 8 months
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we are siblings and we care for each other
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staticsaturniid · 8 months
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Family comes first, ya know?
Bloody version under the cut :D
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sushibubbies · 3 months
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MY TAKE ON BRIDE SISSY!! plus shirtless johnny because yeah.. anyways super EXCITED FOR THEIR COSMETICS!!
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oso-nan · 8 months
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the hunter becomes… hunted
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thesawisfamily · 7 months
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TCMtober Day 6: Normal Life AU
surely this counts right?
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sparrowhawkace · 5 months
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Sorry to post these once more, but I added Nancy to the family of yippies!
Actually, added all the victims aswell, but alas.
Requested by the LGBTcm server <3
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j3tc1ty · 3 months
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First post/fanart here.
It's literally them-
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utencils · 8 months
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bubba using marias camera to take selfies is so silly n cute to me so i had to put my own spin on it
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flaybynight · 2 months
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A completely self-indulgent post about farm generators in the context of TCM
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Why are these used?
Generators are usually used in rural areas to provide power and light to farms. The generator is made to be portable and small, which is good for many applications on a farm or homestead, as opposed to a household generator that only powers a home.
The Sawyers seem to use a Winco Generator Powered by Wisconsin a S12-D. Here's a video of one running.
How do they work?
A carburetor mixes air with fuel inside of a combustion engine in the right ratio. The engine burns that fuel to create heat, and the heat creates steam which builds pressure. The pressure causes a rotor to spin around, and as the rotor spins it turns magnets around. The spinning of the magnets inside the coil creates a magnetic field, which then produces an electrical current inside the wire coil. The engine spins at a certain RPM to create electricity, and a belt transfers the electrical current produced by the engine to other parts of the machine. That's the basic mechanism of a generator.
Any engine that burns fuel to create power is a combustion engine. The type the family used was specifically a piston engine. These are smaller and more lightweight, designed to be efficient with less fuel and less parts. 
Generators use a ‘light’ engine oil. It's better at lubricating the moving parts inside and less viscous than regular automobile motor oil, which would wear on the engine and cause overheating.
Generators in the 70s used more fuel than modern models, therefore were more expensive to run. They were less efficient, less reliable, bigger and noisier, and wore down quicker. There were less safety features involved. A lot of old generators wouldn't shut off when they overheated or if they got too low on oil. They didn't have things like overload protection or circuit breakers, so if the generator got overloaded or overheated it would blow a fuse. 
The fuses served as a failsafe for when the generator overheated or got overloaded. These engines would shut down when the fuse blew, protecting from any major damage. You would have to replace the broken fuse before you could get it working again. That meant people had to keep buying fuses every time something went wrong. 
Would kicking the generator turn it off?
These generators have a thick and heavy metal casing to protect the important internal components, and to keep the electric current inside. Older generators were much easier to damage. Kicking them could dent the surface of the casing and cause damage to its internal components, causing the engine to fail. Restarting the generator could fix it temporarily, but the problem would likely come up again if the internal components were actually damaged.
Connect the current to an electrified cattle grid
You can do this through direct wiring, where the current is carried directly to the grid, and through clamps, which is one way people often connect electric fences to generators. Either way you'd have to run a wire all the way from the generator to the grid. The wires would be insulated with a tough rubber casing to protect from the elements and prevent them from being a hazard if stepped on.
You would use a transformer to step down the voltage from the generator that is producing the power. The generator provides high voltage current, and the transformer turns it into a lower voltage. This is how an electric fence's shock can be used to deter animals without causing serious damage.
Your average generator outputs a voltage high enough to kill you. Without the transformer to convert the high voltage coming from the generator into a lower voltage, a shock from the grid would be lethal. If you stayed in contact with the grid you would most likely die. Do the family use a transformer? Nah. Don't think so.
Voltage/milliamps
Milliamps are the amount of electrical energy (current) travelling through a given circuit or point in that circuit per second. From a direct, continuous flow of electricity, 100 milliamps (0.1 volts) would be lethal. For example, sticking your finger into an electrical socket.
A current travelling through an electrified grid would have a hard time doing that kind of damage because it's only touching you for the split second you step on it. It doesn't have time to travel through your entire body and cause enough harm to kill you. That's why the victims get launched backwards and are injured but can survive, although it's possible they'll have permanent heart injuries.
How bad are we talking?
The victim's skin would suffer burns as the heat generated by the electrical current passes through it, increasing its temperature and causing a breakdown of the outer layer. This would worsen significantly as the applied voltage increased/prolonged contact.
The involuntary contractions and extensions of the muscles caused by the current can lead to muscle injury and are extremely painful.
If the current runs through their bodies for too long it would disrupt the normal electrical signals in their organs. A healthy heart beats anywhere between 60-100 times per minute at rest. While being shocked it's forced to beat at 50-60 times per minute, disrupting the heart's natural rythym.
This desynchronisation of the heart's muscles and the ventricles twitching rapidly supplies little to no blood to the body: ventricular fibrillation. Blood pressure drops as organs don’t receive enough oxygen, leading to fainting and rapid death.
Things to consider are how long the victim steps on the grid, with how much of their body, the victim’s body size and weight and the kind of shoes they’re wearing. The more insulated the shoe, the less milliamps pass through their body.
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lambf4rm · 8 months
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Sissy studies (ft. Johnnys back lol)
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