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Electromagnetic spectrum exhibits the following properties.

Divisibility[]

Can Electromagnetic spectrum exhibit divisibility? Yes. Electromagnetic spectrum exhibits divisibility. Electromagnetic spectrum can be divided into things called the parts of Electromagnetic spectrum.

  • What are the parts of Electromagnetic spectrum?

Comparability[]

Can Electromagnetic spectrum exhibit comparability? Yes. Electromagnetic spectrum exhibits comparability. Electromagnetic spectrum can be compared to the things which differ from it. The comparison can distinguish its similarity and difference to the other things. Nothing can be compared to Electromagnetic spectrum if Electromagnetic spectrum cannot exhibit comparability.

  • What things are not compared to Electromagnetic spectrum?

Connectivity[]

Can Electromagnetic spectrum exhibit connectivity? Yes. Electromagnetic spectrum exhibits connectivity. Electromagnetic spectrum can be connected to things which hold it.

  • What things are not connected to Electromagnetic spectrum?

Disturbability[]

Can Electromagnetic spectrum exhibit disturbability? Yes. Electromagnetic spectrum exhibits disturbability. Electromagnetic spectrum is sensitive to the things which can affect it.

  • What things do not affect Electromagnetic spectrum?

Reorderability[]

Can Electromagnetic spectrum exhibit reorderability? Yes. Electromagnetic spectrum exhibits reorderability. Electromagnetic spectrum can be reordered from one form to its other forms.

  • What forms are not of Electromagnetic spectrum?

Substitutability[]

Can Electromagnetic spectrum exhibit substitutability? Yes. Electromagnetic spectrum exhibits subtitutability. Electromagnetic spectrum can be substituted by the things which qualify to substitute it.

  • What things do not qualify to substitute Electromagnetic spectrum?

Satisfiability[]

Can Electromagnetic spectrum exhibit satisfiability? Yes. Electromagnetic spectrum exhibits satisfiablity. Electromagnetic spectrum can satisfy those which require it.

  • What things do not require Electromagnetic spectrum?

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References[]

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