Calculating percent elongation and determining ductility?

[Doublecheeseburger]

Homework Statement

A specimen with an original length of 165 mm is subjected to a tensile load of 4500 N until it breaks. It’s final length is 202 mm. Calculate the specimen’s ductility in terms of percent elongation to break.

Homework Equations

((Lf - Lo) / Lo) * 100 = %EL

The Attempt at a Solution

( (202-165) / 165) * 100 = 22.42 %

I feel like I am completely wrong or still missing something. Is this percentage the specimen's ductility and the percent elongation?

Thank you,
Douglas

 

[Chestermiller]

It seems to me you did this correctly.

 

[Doublecheeseburger]

Thank you, sir.

I keep thinking of ductility as a separate calculation but it turns out this calculation covered it.