Dennis Haysbert |
Jonas Blane |
Regina Taylor |
Molly Blane |
Robert Patrick |
Colonel Tom Ryan |
Audrey Marie Anderson |
Kim Brown |
Max Martini |
Mack Gerhardt |
Abby Brammell |
Tiffy Gerhardt |
Craig Fairbrass |
Devon Burke |
Guest Star |
Nicholas Irons |
MI5 Officer |
Guest Star |
Mackenzie Firgens |
Desperate Caller |
Guest Star |
Rebecca Pidgeon |
Charlotte Canning |
Recurring Role |
Yara Martinez |
Annie |
Recurring Role |
Phil Hendrie |
George Tatelman |
Recurring Role |
Bob's full name is Robert Davis Brown.
Charlotte Canning: Have you ever heard of E.M. Forster?
Jonas: He pitch for the Angels?
Charlotte Canning: He was a British writer. He said, "Given the choice between betraying my country and betraying a friend, I hope I would have the courage to betray my country."
Jonas: Noble sentiments.
Charlotte Canning: You know what those noble sentiments are called? They're called treason.
Jonas: We had a deal.
Charlotte Canning: I couldn't be sure.
Jonas: Of what?
Charlotte Canning: That you hadn't gone soft.
Jonas: Kiss my ass.
Charlotte Canning: Given the choice between betraying a friend and betraying your country?
Jonas: There is no choice.
Charlotte Canning: That's right; not for you.
In the Czech Republic, this episode named Side Angle Side is named Trojúhelník.
In Australia, this episode aired after Season 4 Episode 7, Into Hell Part 1. Even though it was filmed as part of Season 3.
International Air Dates:
Sweden: September 14, 2008 on TV6
Australia: January 1, 2009 on Ten
Slovakia: April 9, 2010 on JOJ
Czech Republic: February 12, 2011 on Prima COOL
Due to the Writers Guild of America's strike, this was the last episode completed for the third season.
Though credited, Regina Taylor (Molly Blane) and Abby Brammell(Tiffy Gerhardt) do not appear in this episode.
The song playing at the end is "We Illuminate" by Northern.
Title
The title is a reference to the Side-Angle-Side Congruence Theorem of geometry, which states that, given two triangles, if two sides and the angle between them in one triangle are equal in value to their corresponding parts in the other triangle, then both triangles are congruent and all other sides and angles are equal in value as well.
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S 4 : Ep 22
Aired 5/10/09 (43:13)
S 4 : Ep 21
Aired 5/3/09
S 4 : Ep 20
Aired 4/26/09
S 4 : Ep 19
Aired 4/12/09
User Score: 1102
User Score: 714
User Score: 292
User Score: 130
User Score: 128
User Score: 100
User Score: 82
User Score: 80
User Score: 39
User Score: 36