How can I calculate the voltage between two stationary electrons?

[Zman]

How do I work out the voltage between two stationary electrons a given distance apart apart?
I understand the definition of a volt and I guess that I would need to use Coulomb's law and integrate with respect to distance. It would be great to see the maths though as the answer that I got seemed far too big.

 

[willem2]

How do I work out the voltage between two stationary electrons a given distance apart apart?
I understand the definition of a volt and I guess that I would need to use Coulomb's law and integrate with respect to distance. It would be great to see the maths though as the answer that I got seemed far too big.

Electric field from multiple point charges is the sum of the field of the individual point charges. The same goes for the voltages, as long as the individual potentials tend to zero at infinity. This comes just from the definition of voltage as the line integral from infinity to a point, and from the linearity of integrals.

 

[Mister T]

How do I work out the voltage between two stationary electrons a given distance apart apart?

You could apply the definition of potential difference, or just see where that leads in any introductory college-level physics textbook.

 

[sophiecentaur]

the answer that I got seemed far too big.

This could be because of your expectations. Potential Difference ('Voltage') describes the Work done on a Unit Charge (Coulomb) which would be considerably more (a factor of about 10²⁰) than the Potential Energy between two electrons.
No need to get into integration when you are dealing with Electric Potential of a point charge; it's already been done for you in all the textbooks. Never do more complicated Maths than you really need to (or want to).