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Elio Fabri
Elio Fabri
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If Photons do not have 'charge,' how do microwaves which use the negative and positive polarity of the wave agitate $\rm H_20$H_2O$?

As far as i have understood it, Photons do not have Charge. Charge as i have understood it is the Positive and Negative charge of an atom.

In context to $\rm H_20$$\rm H_2O$ being a polar molecule, microwaves ovens utilise the positive and negative polarity of the microwave to agitate the $\rm H_20$$\rm H_2O$ Molecules creating kinetic energy and heat.

How is it so, that an EM Wave that has no charge, is able to agitate the charged particles of $\rm H_20$$\rm H_2O$?

If Photons do not have 'charge,' how do microwaves which use the negative and positive polarity of the wave agitate $\rm H_20$?

As far as i have understood it, Photons do not have Charge. Charge as i have understood it is the Positive and Negative charge of an atom.

In context to $\rm H_20$ being a polar molecule, microwaves ovens utilise the positive and negative polarity of the microwave to agitate the $\rm H_20$ Molecules creating kinetic energy and heat.

How is it so, that an EM Wave that has no charge, is able to agitate the charged particles of $\rm H_20$?

If Photons do not have 'charge,' how do microwaves which use the negative and positive polarity of the wave agitate $\rm H_2O$?

As far as i have understood it, Photons do not have Charge. Charge as i have understood it is the Positive and Negative charge of an atom.

In context to $\rm H_2O$ being a polar molecule, microwaves ovens utilise the positive and negative polarity of the microwave to agitate the $\rm H_2O$ Molecules creating kinetic energy and heat.

How is it so, that an EM Wave that has no charge, is able to agitate the charged particles of $\rm H_2O$?

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Qmechanic ♦
Qmechanic ♦
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If Photons do not have 'charge,' how do microwaves which use the negative and positive polarity of the wave agitate h20$\rm H_20$?

As far as i have understood it, Photons do not have Charge. Charge as i have understood it is the Positive and Negative charge of an atom.

In context to H2O$\rm H_20$ being a polar molecule, microwaves ovens utilise the positive and negative polarity of the microwave to agitate the H20$\rm H_20$ Molecules creating kinetic energy and heat.

How is it so, that an EM Wave that has no charge, is able to agitate the charged particles of h20$\rm H_20$?

If Photons do not have 'charge,' how do microwaves which use the negative and positive polarity of the wave agitate h20?

As far as i have understood it, Photons do not have Charge. Charge as i have understood it is the Positive and Negative charge of an atom.

In context to H2O being a polar molecule, microwaves ovens utilise the positive and negative polarity of the microwave to agitate the H20 Molecules creating kinetic energy and heat.

How is it so, that an EM Wave that has no charge, is able to agitate the charged particles of h20?

If Photons do not have 'charge,' how do microwaves which use the negative and positive polarity of the wave agitate $\rm H_20$?

As far as i have understood it, Photons do not have Charge. Charge as i have understood it is the Positive and Negative charge of an atom.

In context to $\rm H_20$ being a polar molecule, microwaves ovens utilise the positive and negative polarity of the microwave to agitate the $\rm H_20$ Molecules creating kinetic energy and heat.

How is it so, that an EM Wave that has no charge, is able to agitate the charged particles of $\rm H_20$?

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Razor
Razor
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If Photons do not have 'charge,' how do microwaves which use the negative and positive polarity of the wave agitate h20?

As far as i have understood it, Photons do not have Charge. Charge as i have understood it is the Positive and Negative charge of an atom.

In context to H2O being a polar molecule, microwaves ovens utilise the positive and negative polarity of the microwave to agitate the H20 Molecules creating kinetic energy and heat.

How is it so, that an EM Wave that has no charge, is able to agitate the charged particles of h20?