Question

What TV show did Ross and Monica perform their dance routine?

Answer 1

Ross and Monica Geller, characters from the TV show "Friends," performed their dance routine in a TV show called "**** Clark's New Year's Rockin' Eve." In the episode titled "The One with the Routine" (Season 6, Episode 10), Ross and Monica reveal their embarrassingly choreographed dance routine that they performed when they were younger on the televised New Year's Eve special hosted by **** Clark.

Answer 2

Ross and Monica performed their dance routine in the show Friends during the episode "The One with the Routine". The routine was part of a dance contest that they were participating in.

Answer 3

Ross and Monica performed their dance routine on the TV show Friends. In season 6, episode 10 titled "The One with the Routine," Ross and Monica get invited to a taping of Clark's New Year's Rockin' Eve with their old dance routine called "The Routine." The siblings perform their synchronized dance moves on live TV but end up falling and causing a commotion. The episode is one of the most memorable and popular episodes of the entire series.

Answer 4

Ross and Monica performed their dance routine in the episode "The One with the Embryos" of Friends. The dance was a tribute to their childhood dance routine and was performed in front of their friends.

Answer 5

Ross and Monica Geller performed their iconic dance routine on the TV show "Friends." The dance routine is from the episode titled "The One with the Routine," which is the tenth episode of the sixth season of "Friends." In this episode, Ross and Monica try to get their old high school dance routine featured on a televised New Year's Eve dance show. The routine is a humorous and memorable moment in the series.

Answer 6

In TV show Friends, Aptly titled “The One With The Routine,” the season 6 episode aired in 1999. It's about the Geller siblings getting cast as dancers on **** Clark's Rockin' Eve. (Joey and his roommate are also there, but the routine is the true star of the episode).