https://youtu.be/ubvYQxTXO3U
So, the song modulates a couple of times, and I'm basically interested in how to interpret this chordally... I play guitar, and I want to arrange this as much as I can for a live cheat sheet, as if I were playing solo.
Edit: I think u/jongtr answered my question. Thanks!
I am not sure if they both have the same pin-out (1+ 2/3-) or not, and am hoping I can get a "universal" charger, if pin-out is the same, that will be able to charge the 48v on the iZIP and the 36v on the HEBB.
Update, in case anyone has the same question and wants the answer. LPT... use a multimeter.
HEBB 36v battery XLR 3-pin is 1+ 2-
iZIP 48v battery XLR 3-pin (p/n: BL07) is 1+ 2-
Mit rood pop up wenn man en nachricht kriegen. Dann kiek ik to oft. weet du en good såk to weniger op reddit kieken?
If anyone finds a blue umbrella in the Hebb building, room 100, please let me know. Thanks!
It isn't just me right?
I'm looking for a good basic introductory work about Hebb's work, primarily Hebb's Postulate/Cell Assembly theory, synaptic efficacy, Hebbian learning. Would be especially nice, if it showed the effects it had on Behaviorism and learning theories. Anything you think is useful or interesting (as long as it is relevant), I'll be thankful for it. Any suggestions?
Thank you in advance.
In Hebb's book in which he founded neuropsychology, he discusses some really interesting neural trends. I'm half-way through the book and I thought I'd share the message I've taken home so far, so as to spark discussion, get responses from people who may have a deeper understanding of the topic, and connect with others who may be equally curious about the inner workings of the CNS.
From what I've understood, perception is much more complex than observation, and on top of perception, recognition is even more so. On a neuronal level, Hebb states the activity in our primary visual cortex is isomorphic to retinal activity. Does that mean that MRI images show (in a distorted manner) what is visible through the eyes? Or is the MRI resolution not high enough for us to see such precise patterns? Central (foveal) vision is clear while peripheral vision experiences distortions.
Our process of recognition is strongly dependent on eye movement and especially the sequence of such eye movements. When our eyes dart from corner to corner, they compile a number of perspectives that we additively sum up in recognition. At each angle, a 'set of cell-assemblies' is aroused, and when a sequence of eye movements habitually arouses the same order of cell-assemblies, we experience inter-facilitation: the arousal of each subsequent set becomes easier each time we stimulate the sequence... From a behavioural perspective, this phenomenon would explain how practice leads to habit.
I'm trying to understand the difference between the primary visual cortex and other visual cortices. For example, when we draw, we see an image in our minds so clearly that we can reproduce it pen on paper... Are we activating a different cortex independent of the primary visual cortex (which from my understanding solely processes retinal projections)? How do we explain how internal visual projections are so visible yet perfectly distinguishable (except in cases of schizophrenia) from external visual stimuli?
#neuropsychology #neuroscience #neuro #science #todayilearned #psychology #psychiatry #mbti
