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There's no such thing as one number that's equal or unequal. That would be

another thing like the sound of one hand clapping, or like one scissor.

'Equal' or 'unequal' is something you can only say about two numbers or more.

If they're the same number, or they work out somehow to be the same amount,

then they're equal. If not, then they're unequal.

The only way I could give you one unequal number would be if you give me

a number first, then I could give you another one that's unequal to yours.

Q: What is an unequal real number?

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One fraction or number can never be equal or unequal. Those words mean that at least two separate things are compared, and either they're the same or else they're not the same. If two fractions or two numbers are 'unequal', it means they're not the same size.

"What polygon has 5 unequal sides?" An irregular pentagon is a polygon that has 5 unequal sides.

It is a real number, but it is not a whole number

yes because in addition the number only comes up

Three. Equal forces, two.

Related questions

The question neglects to specify the operation to be performed with the numbers.It does make a difference.If they are added, multiplied, or divided ... true.If they are subtracted ... possibly true in one direction, if the numbers are unequal; possibly false in the other, if the numbers are unequal and the result is negative.

yes it does

Ions always have an unequal number of protons and electrons, resulting in a net electric charge. This charge can be positive if there are more protons than electrons, or negative if there are more electrons than protons. The number of neutrons in an ion can vary.

real and unequal

Ions.

Ions

Radioactive

Any pythagorean triangle with unequal legs.

Two sets are said to be unequal set if: 1.number of elements in set A is not equal to number of B or n(A)IS NOT EQUAL TO n(B).2.Element is also not same.

An isotope is a particle that has an unequal number of protons and neutrons. Isotopes of an element have the same number of protons but different numbers of neutrons. These variations in the number of neutrons result in different atomic masses for isotopes of the same element.

The number of molecules has nothing to do with attraction or repulsion.

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