en.wikipedia.org/wiki/Fictitious_defendants

A fictitious defendant is a person that cannot be identified by the plaintiff before a lawsuit is ... This article does not cite any sources. ... However, the plaintiff may not, through the action of the fictitious defendants or the other defendants to the ...

www.avvo.com/legal-answers/what-does---1-10---mean-in-a-civil-court-proceedin-969100.html

"Doe" defendants 1 through 10 are fictitiously named defendants being dismissed. When all of the "Doe" defendants are being dismissed, it is ...

answers.justia.com/question/2010/10/24/definition-does-1-100-inclusive-726

Oct 24, 2010 ... A: "Does", "John Doe" or "Jane Doe" are placeholder name used in legal actions for people whose true identity is unknown or must be withheld ...

forum.wordreference.com/threads/and-does-1-through-10-inclusive.1120261

6 Oct 2008 ... Hi folks, my question has to do with a summons regarding a cross-complaint. The summons names the Cross-Defendants, and DOES 1 through ...

forum.wordreference.com/threads/1-to-10-1-through-10.2928122

Nov 18, 2014 ... The term 1 through 10 is used in American English and I take it as meaning "one to ten ... "To" has the same ambiguity problem as it does in AE.

oag.ca.gov/system/files/attachments/press_releases/n1488_brown_sues_pacifistaff_complaint.pdf

Nov 6, 2007 ... 1. This action is brought by the Plaintiff, the People of the State of ... 10 herein as Does 1 through 50, inclusive, and therefore sues said ...

pubcit.typepad.com/clpblog/files/VPcomplaint.pdf

JOHN AND JANE DOES 1 THROUGH 100,. JOHN DOE CORPORATIONS 1 THROUGH 10, and. OTHER JOHN DOE ENTITIES 1 THROUGH 10, all whose true ...

www.quora.com/When-does-10-3-1

When it comes to time of clock suppose we are following 24 hours clock and in that clock time is 10 after 3 hours it will be 13 but in 12 hrs clock 13 is 1 So, in 12  ...

www.quora.com/Why-does-10-1-1-10

By the same token, we know that [math]\frac{a^b}{a^c} = a^{b-c}[/math]. We can then go through the following steps: [math]a^{-1} = a^{1-2} = \frac{a^1}{a^2...