If you want humor. I got video of 2 people on wake boards trying to 360 flip off the same wake at the same time. ::crunch-ouch::
Not one ever shows up.
So, from what I understand, many industries are interested in resistive sheets but not ones that have the range of resistance that I am interested in – that are comparable with that of a variable resistor over a couple feet. Is this right?
Nevertheless, though I haven't been able to find one, it seems to me that a database of the resistive properties of materials may be useful in case such materials are accessible for such things as partitions.
Whether the resistance was measured as a function united cubed or united squared may be important – I haven’t researched or thought much about it.
As for AC, I have tried to use some programs that modeled the flow of electricity. However, they were very complicated and I never got them to work. Can anyone refer me to a model of how AC flows through a sheet? Should I visualize the waves as changing in time or with distance?
I'm not sure if I'm using the right vocabulary, but what would a model of the wave distribution in the sheet look like if segments of the flow of AC in the sheet were "dampened"?
I'm thinking about a wavelength of about one foot on a sheet about one and a half feet by one and a half feet, with one ground, and others with multiple grounds. Could a large enough segment of the wave be dampened or otherwise effected by the base each game piece to produce a unique difference in the way that electricity flowed through the grounds? By unique, I don’t mean unique to each ground but to the electrical characteristics in multiple grounds as compared to one another. Does this make any sense? Would the dimensions of the sheet make a difference in terms of how the AC reacted to the edges of the sheet, or would this even be important to consider?
Resistance is resistance. Whether it's a variable resistor or a fixed resistor or a sheet of resistive material. The thing about electronics is that resistances from a small fraction of an Ohm to tens of millions of Ohms are commonly and routinely used. The "best" resistive value depends on what you are doing, what's available (sometimes circumstance dictates what resistance will be used), and what the rest of the circuitry looks like. Without knowing what your design criteria are, it's impossible to even guess at the value you want or need.
If resistance varies as a function of distance in materials, one of the things that I would like to consider is a material that offers a changing amount of resistance - that can be measured without sensitive equipment, and that is consistently related to changes in the distance between the sources of 3, 5, or 9 volts between about zero and one and a half feet.
If resistance varies as a function of distance in materials, one of the things that I would like to consider is a material that offers a changing amount of resistance - that can be measured without sensitive equipment, and that is consistently related to changes in the distance between the sources of 3, 5, or 9 volts between about zero and one and a half feet.
A behaviorist!
That would actually explain a few things. Social theorist or indirect observer of human culture.?
(
My take on this from what I have read.
He's not into games actually,
he doesn't like the idea of using ready made technology,
He wants a hands on tactical type game but still seems to feel it has to have a complex computer interaction with the game pieces,
He doesn't like programing, He doesn't want complex electronics though.
He has thought about eye tracking tech to calculate where the player is looking for what ever reason.
At this point I would say he's a
Military defense contractor,
Kid with no real life knowledge of computers, electronics, game play simulator tech, or human machine interface devices.
A mental patient that has computer privileges.
Unrealistic dreamer who's afraid of actually taking a step and then finding out reality takes a fare amount of time, money, knowledge, skill, and effort to actually get something practical and useful from it.
Just speculation on my part.
All jasonbe's posts follow this quest for the same device, they are simply titled differently but all arrive at the same point. He does have a web site I just can't find the link, I recall it's a social study site on human behavior (I could be wrong on this).
That you have shown no interest in actually learning those basic principles suggests that this is probably not the right forum for your questions. Typically, the people here are looking for practical solutions rather than vague, nebuous guesses about what might be.
The point is, ANY resistance will do that. It's what resistances do. But, they don't do it just by setting them out on a table top. Resistances do it when you've designed the proper circuitry around them.
When you find it get a Patent.
It seems as though I’ve started a recreational and artistic post. If it is not a linear relationship then what type of relationship is it?
The circuit is a meter. I am selecting a material based on the sensitivity of the meter, not a circuit based on the resistance of the material.
Far from being, "recreational" or "artistic", when a thread gets as far off topic as this one has, it's almost always a sign of the forum equivalent of twiddling one's thumbs to alleviate boredom.
There's no response to your question that makes any sense. It's like asking, "how high is, up?".
I don't think it's a study. Actually, I've been baiting him just a little bit for awhile. The one thing you'll notice, as a trend, is that when you start giving him some useful, practical info, he suddenly "discovers" a new direction to try to steer things.
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