The Tonight Show Starring Johnny Carson Season 8 Episode 59 Homer and Jethro
- April 7, 1970
In season 8, episode 59 of The Tonight Show Starring Johnny Carson, the guests are the country duo Homer and Jethro. Carson kicks off the episode with his usual monologue, but quickly moves on to introducing his guests. Homer and Jethro were known for their humorous country music, often making parodies of popular songs.
Carson starts the interview by asking about their most recent album, "The Battle of Kookamonga." The duo talks about how they came up with the idea for the album and some of the challenges they faced while recording it. They also perform one of the songs from the album, "Kookamonga."
Next, Carson brings up their upcoming tour, which includes stops in various cities across the country. The duo talks about what it's like to be on the road and some of the interesting experiences they've had while touring. They also mention some of their favorite cities to visit, including Nashville and New York City.
Throughout the interview, Carson jokes around with the duo and even plays along with some of their comedic bits. Homer and Jethro are clearly comfortable with Carson and seem to be having a great time on the show.
After the interview, Homer and Jethro perform another song, "Don't Let Your Deal Go Down," which showcases their unique blend of country and humor. Carson thanks them for being on the show and wishes them luck with their upcoming tour.
The rest of the episode includes a number of different segments, including interviews with a Hollywood makeup artist, a magician, and a writer. There are also a few comedy sketches featuring Carson and his regular cast of characters.
Overall, season 8, episode 59 of The Tonight Show Starring Johnny Carson is a fun episode that showcases the talents of Homer and Jethro. The duo's humorous country music fits in perfectly with Carson's style, and the three of them seem to have a great rapport. Fans of classic country music and vintage talk shows will definitely enjoy this episode.