Anonymous ID: d74cf5 Jan. 20, 2024, 4:02 p.m. No.20274964   ๐Ÿ—„๏ธ.is ๐Ÿ”—kun   >>4973 >>4982

>>20274942

>Interdimensional is real

 

Interdimensional is a Science Fiction term.

Deepfakes are Interdimensional

"Satan" is interdimensional

 

1.

1906โ€“

Originally and chiefly Science Fiction. Existing in or moving between different dimensions of space or time. Also: designating something that enables movement between different dimensions of space or time.

 

https://www.oed.com/dictionary/interdimensional_adj?tl=true

Anonymous ID: d74cf5 Jan. 20, 2024, 4:30 p.m. No.20275131   ๐Ÿ—„๏ธ.is ๐Ÿ”—kun

>>20275110

>Sorry, America will NEVER be great so long as you continue to worship the Stasi (Police) which is a standing army enforcing tyranny.

 

They don't get it.

They love their "law and order" fantasy

Senior Deacons, leaders of Neighborhood Watch, and contributors to the Police Ball.

Nary a clue that the cops are owned by the cartels that supply their pastors.

Anonymous ID: d74cf5 Jan. 20, 2024, 4:44 p.m. No.20275227   ๐Ÿ—„๏ธ.is ๐Ÿ”—kun   >>5252 >>5279

>>20275191

A look at the Smith chart

 

The Smith chart is both graphically simple and complex at the same time. A full chart has many gradations and arcs, but if you remove these, you can see the basic underpinnings of its two sets of curves (Figure 1). The simplified chart calls out two numerical values of real impedance and imaginary impedance, along with key delineation points, for relative comparison.

 

The basic graphical elements of the Smith chart

 

Figure 1: The basic graphical elements of the Smith chart are circles that touch at a point on the right-hand side to represent real part R of a complex impedance z = R + jX, and arcs.

 

All the circles on the right-hand side touch at the extreme right, with circles of increasing diameter corresponding to increases in the value of resistance R (the real part of the impedance); all points on a given circle have the same R value. The point at which all the circles touch is for impedance z = โˆž (an open circuit); the opposite left-hand point is for z = 0 โ„ฆ (an open circuit).

 

For the reactive (imaginary) part of the impedance, the chart uses arcs that originate on the right-hand side; all points on a given arc have the same reactance value. For reactance, arcs in the upper half correspond to inductive reactance (+jX) while those in the lower half correspond to capacitive reactance (-jX). Although this approach may seem somewhat obvious in retrospect, it took Smith several years to develop this chart and understand how it could be used, with the help of several associates who were experts in conformal mapping techniques. An โ€œofficialโ€ Smith chart has a more gradations and detail (Figure 2).

 

https://www.digikey.co.th/th/articles/the-smith-chart-an-ancient-graphical-tool-still-vital-in-rf-design

 

It's a pretty cool chart.