These are the most electronegative elements over here, these are the least electronegative.

light bulbs, light.

It's creating electrical patterns.

Oxygen is a very electronegative atom.

And oxygen is even more electronegative than carbon.

Because it's so much more electronegative.

They're obviously equally electronegative.

New ways of making electric transportation.

like a little bit more is, over here because carbon is more electronegative, we see carbon is much more electronegative than hydrogen.

And all electronegative means is, likes to hog electrons.

The alarm system is battery and circuitpowered.

But really, if we just want to reconcile the two notions, as the hydrogens are being transferred from one electronegative atom to another electronegative atom, what's really being transferred is the opportunity to hog electrons.

So even though oxygen and hydrogen are in a covalent bond in water they're sharing electrons oxygen is more electronegative, much more electronegative than hydrogen, so it's going to hog the electrons.

The dot is visible whenever a cell fires an electrical impulse.

But when you talk electronegativity, it just means, likes the electrons.

Because hydrogen is very non electronegative, so you're hogging its electrons.

A device that converts food calories into electrical energy.

That must be nice, an electric blanket on a night like this.

Every now and then an electric shock is applied to the floor, which pains the dogs.

And so I wired up what's called a load cell.

Also we are using Pulse induction metal detector circuit

But on the other hand, we have 14 billion of these light bulbs, light.

It's steampunk. What we have is an electric velocipede.

These buckets act as electrodes to conduct the current from the skin's surface to the filament.

A squad of Security Police armed with electric truncheons intercepted the monks and placed them under arrest.

And so you can kind of hack a pencil, just by thumbtacking into it with a little piano electrical circuit.

They're much more electronegative than me to hydrogen, so maybe they're kind of attracted here.

Look around how do you know the person sitting right next to you won't open up their head and reveal a circuit board?

Galvani's approach of probing the nervous system with electrodes has remained state of the art until today, despite a number of drawbacks.

The receiver will convert these little, subtle changes in the amplitude that we create there into an electrical signal.

But we know, or hopefully we can review, that oxygen is much more electronegative than hydrogen.

This is a little piano circuit right in here, and this is an ordinary paintbrush that I smashed it together with.

Whenever a flash of light hits the receptor, the pore opens, an electrical current is switched on, and the neuron fires electrical impulses.

There was no power, no transport, no organised life of any kind for a period.

Neural correlates of the self serving bias have been investigated by electroencephalography (EEG), as well as functional magnetic resonance imaging (fMRI).

In this example, each electrical impulse, each deflection on the trace, is caused by a brief pulse of light.

But that's not the whole story, because there are signals, electrical signals, that travel along the branches of neurons and chemical signals that jump across from branch to branch.

This can also be a resilient electrical microgrid, community heating, power, communication networks, etc. can be concentrated there.

In order to find the exact location of the seizure onset, doctors embed electrodes directly into the patient's brain around the suspected seizure center.

Electrocardiogram (EKG ECG) testing is done to check for evidence that the heart is under strain from high blood pressure.

If we were to write its oxidation state, in every case it's bonded to something that's more electronegative.

They go bad very quickly if you don't, and if you don't have stable power grid, this doesn't happen, so kids die.

But here when it's bonded with an element with much lower electronegativity, all of a sudden it can start hogging the electrons, it gains electrons.

This experiment revealed the first, and perhaps most fundamental, nugget of the neural code that information is written in the form of electrical impulses.

Galvani's approach of probing the nervous system with electrodes has remained state of the art until today, despite a number of drawbacks.