Originally Posted by DarkLordXYZ
Thanks to @666HiddenMaster666 He introduced me to him 
Originally Posted by DarkLordXYZ
Science fair
Originally Posted by DarkLordXYZ
Make a presentation about Gravitational Time Dilation, and how time actually elapses at different rates for everyone.
Originally Posted by Aborted
Make a presentation about Gravitational Time Dilation, and how time actually elapses at different rates for everyone.
Originally Posted by Bernard
Wait what? It does?
How to make mud.
All jokes aside, what grade are you in? The level is usually based on grade level.
All jokes aside, what grade are you in? The level is usually based on grade level.
talk about quantum theory
ehue
ehue
Depends on how good you are?
vsauce 1-3, minutephysics and minuteearth, ASAPscience, and uhh thats all i can think of
Originally Posted by Time
Yeah i thought of doing that, but i need something to demonstrate a working example or something .
@.REZ too bad i did dat last year
You can do Diamagnetics. If not then the examples of multiple neuro-incubated synapse regulating chemical irregularities within the frontal cortex of the cerebrum altered by inhibiting the GABA receptors for improving the neuroplasticity of Alzheimer victims.
If I could go back in time and do a science fair project, I would probably implement something cool with mechanical logic devices. A lot of people have a hard time visualizing how a mechanical system could do something like add binary numbers. The thing is, doing this would be pretty simple, and I think it would amaze a lot of people.
http://goldfish.ikaruga.co.uk/logic.html
That gives you boolean logic operations for AND, OR, and NOT (and even a flip-flop). That is all you need to build any mechanical combinational or sequential logic circuit. I'm not sure where you'd hit a limitation, but I am sure if you play around with it you could figure out something cool to do with it. If you wanted to do sequential logic (to build a state-machine, which would be really cool but you can have awesome examples without it, like a binary adder\subtractor)
Really though, it is incredibly simple to dervie the boolean expression for binary addition, and the circuit is relativley simple to. In an age where technology is coming to be incredibly important, a science fair project that demonstrates this in a way people can 'see' would be really cool. You'll have to do some research on the topic (and you can ask me for help regarding it.)
Here is a really simple 4-bit full-adder circuit. Subtraction would also be incredibly easy to do as well (you could also teach students about 2's complement etc, and about the primitive gates in binary logic)
Then maybe build the same circuit on a breadboard for contrast (use a voltmeter to measure the outputs, I feel like LEDs might abstract the viewer too much...)
You could design a simple state machine as well, they're relativley simple once you get the hang of it.
http://goldfish.ikaruga.co.uk/logic.html
That gives you boolean logic operations for AND, OR, and NOT (and even a flip-flop). That is all you need to build any mechanical combinational or sequential logic circuit. I'm not sure where you'd hit a limitation, but I am sure if you play around with it you could figure out something cool to do with it. If you wanted to do sequential logic (to build a state-machine, which would be really cool but you can have awesome examples without it, like a binary adder\subtractor)
Really though, it is incredibly simple to dervie the boolean expression for binary addition, and the circuit is relativley simple to. In an age where technology is coming to be incredibly important, a science fair project that demonstrates this in a way people can 'see' would be really cool. You'll have to do some research on the topic (and you can ask me for help regarding it.)
Here is a really simple 4-bit full-adder circuit. Subtraction would also be incredibly easy to do as well (you could also teach students about 2's complement etc, and about the primitive gates in binary logic)
Then maybe build the same circuit on a breadboard for contrast (use a voltmeter to measure the outputs, I feel like LEDs might abstract the viewer too much...)
You could design a simple state machine as well, they're relativley simple once you get the hang of it.
Originally Posted by Aborted
Make a presentation about Gravitational Time Dilation, and how time actually elapses at different rates for everyone.
Originally Posted by Predator
How to make mud.
All jokes aside, what grade are you in? The level is usually based on grade level.
All jokes aside, what grade are you in? The level is usually based on grade level.
Originally Posted by Ghost
talk about quantum theory
ehue
ehue
Originally Posted by Sjla
Originally Posted by Lehsyrus
You can do Diamagnetics. If not then the examples of multiple neuro-incubated synapse regulating chemical irregularities within the frontal cortex of the cerebrum altered by inhibiting the GABA receptors for improving the neuroplasticity of Alzheimer victims.
Originally Posted by radnomguywfq3
If I could go back in time and do a science fair project, I would probably implement something cool with mechanical logic devices. A lot of people have a hard time visualizing how a mechanical system could do something like add binary numbers. The thing is, doing this would be pretty simple, and I think it would amaze a lot of people.
randomwraith.com - lego push pull logic gates
That gives you boolean logic operations for AND, OR, and NOT (and even a flip-flop). That is all you need to build any mechanical combinational or sequential logic circuit. I'm not sure where you'd hit a limitation, but I am sure if you play around with it you could figure out something cool to do with it. If you wanted to do sequential logic (to build a state-machine, which would be really cool but you can have awesome examples without it, like a binary adder\subtractor)
Really though, it is incredibly simple to dervie the boolean expression for binary addition, and the circuit is relativley simple to. In an age where technology is coming to be incredibly important, a science fair project that demonstrates this in a way people can 'see' would be really cool. You'll have to do some research on the topic (and you can ask me for help regarding it.)
Here is a really simple 4-bit full-adder circuit. Subtraction would also be incredibly easy to do as well (you could also teach students about 2's complement etc, and about the primitive gates in binary logic)
Then maybe build the same circuit on a breadboard for contrast (use a voltmeter to measure the outputs, I feel like LEDs might abstract the viewer too much...)
You could design a simple state machine as well, they're relativley simple once you get the hang of it.
randomwraith.com - lego push pull logic gates
That gives you boolean logic operations for AND, OR, and NOT (and even a flip-flop). That is all you need to build any mechanical combinational or sequential logic circuit. I'm not sure where you'd hit a limitation, but I am sure if you play around with it you could figure out something cool to do with it. If you wanted to do sequential logic (to build a state-machine, which would be really cool but you can have awesome examples without it, like a binary adder\subtractor)
Really though, it is incredibly simple to dervie the boolean expression for binary addition, and the circuit is relativley simple to. In an age where technology is coming to be incredibly important, a science fair project that demonstrates this in a way people can 'see' would be really cool. You'll have to do some research on the topic (and you can ask me for help regarding it.)
Here is a really simple 4-bit full-adder circuit. Subtraction would also be incredibly easy to do as well (you could also teach students about 2's complement etc, and about the primitive gates in binary logic)
Then maybe build the same circuit on a breadboard for contrast (use a voltmeter to measure the outputs, I feel like LEDs might abstract the viewer too much...)
You could design a simple state machine as well, they're relativley simple once you get the hang of it.
Teach your class how to cook meth. You can come to me for recipes 
