WebbCunk is not real, of course. She is played by Bolton-born comedian Diane Morgan. Although many of the people she interviews in her series are not aware of this, as she explains between sips of water. Diane Morgan (born 5 October 1975) is an English actress, comedian, television presenter, and writer. She is best known for playing Philomena Cunk on Charlie Brooker's Weekly Wipe and in other mockumentaries, as Liz in the BBC Two sitcom Motherland, and Kath in the Netflix dark comedy series After Life. … Visa mer Morgan was born in Bolton, Greater Manchester, on 5 October 1975, daughter of a physiotherapist and a stay-at-home mother; she has one brother. She grew up in nearby Farnworth and Kearsley, and attended Visa mer • Profile on agent's website • Diane Morgan at IMDb • Diane Morgan at British Comedy Guide Visa mer Morgan had a small part as Dawn in Peter Kay's Phoenix Nights before a spell working various jobs, including as a dental assistant, a … Visa mer Morgan lives in the Bloomsbury district of London with her boyfriend, BBC comedy producer Ben Caudell. Visa mer
What Is Cunk on Earth? Who is Philomena Cunk? - Netflix Tudum
Webb8 feb. 2024 · The role of Philomena Cunk went to Diane Morgan, a comic actress whose credits included Motherland (co-written by Sharon Horgan), Inside No. 9 with Reece … WebbCunk: A man up a chimney. [ McClane in the ventilation duct] Cunk: Warming yourself in front of a roaring fire. [ The explosion of flames billows up the lift shaft with McClane at … element chemistry names
BBC iPlayer - Cunk on...
Webb6 apr. 2024 · Philomena Cunk, played by Diane Morgan and usually referred to simply by her last name, is a completely clueless journalist and commentator created as a talking … Webb29 dec. 2016 · Cunk on Shakespeare: 14 hilarious pearls of wisdom about the Bard 4) “Of course, for most people it wasn’t really Christmas until the birth of Jesus Christ – an icon … Webb19 sep. 2024 · Hardcover. $74.99 Other used from $60.36. Paperback. $15.60 Other new and used from $11.61. 'This book is great because it … element characteristic x-ray table