Mystery & horrorSirensWhen The Arrogant Suspect Gets Exposed | Law & Order | Sirens

When The Arrogant Suspect Gets Exposed | Law & Order | Sirens

21.0× channel medianLong-form26:28EntertainmentPublished Oct 9, 2026, 4:00 PM · 1w ago
Views
145,536
+118 views/hour
Views / hour now
118
measured 5h ago
Peak views / hour
180
1d ago
First 24 hours
—
not tracked from upload
Engagement
0.3%
likes + comments / views
Likes
366
0.3% of views
Comments
12
0.01% of views
Est. ad revenue
$349–$1,048
lifetime, $2.4–7.2 RPM

Checked every 12 h while the video is this age · last check 5h ago · next in 364 min. YouTube itself updates public counts with a short delay.

Avg views / day
10.7K
since upload
vs channel median
21.0×
this video's views ÷ the channel's usual
Rank in channel
#1
of 20 tracked

Views over time

5 readings

Total views Views gained per hour

Description

Absolute arrogance turns into sheer panic when Jack McCoy (Sam Waterston) and Claire Kincaid (Jill Hennessy) take the floor. Watch as smug suspects are systematically exposed under intense pressure. Watch the full scenes! Watch Law And Order here: https://www.justwatch.com/uk/tv-series/law-and-order-1990 Filmed on the actual streets of New York City, Law & Order defined the modern procedural drama. "In the criminal justice system, the people are represented by two separate yet equally important groups: the police, who investigate crime, and the district attorneys, who prosecute the offenders. These are their stories." Answer the call. Catch more at: @SirensTV #LawAndOrder #LegalDrama #ClassicTV #CourtroomScene
Tags
Law And OrderSam WaterstonMichael MoriartyLaw And Order sceneLaw And Order clipJack McCoyBen Stonecourtroom scenefull scenecross examinationdepositionbreaking an alibilegal dramaproceduraldrama scenecriminal justiceprosecutorbest scenewitness standsuspectcourtroom dramalegal cover upintense questioningtrial sceneverdictconvictionCourtroom Drama

Statistics from the YouTube Data API, tracked by FameX. Views per hour, revenue and comparisons are FameX estimates.