![]() Les Brown and his Band of Renown (Café Rouge, Hotel Pennsyvania NY) Jimmy Dorsey Orchestra (Casino Gardens, Ocean Park, Ca) I Got Rhythm + I Can’t Believe That You’re In Love With Me Louis Armstrong Orchestra (voc) LA (Club Zanzibar NY) Henry King Orchestra (voc) Joe Sudy (Hotel Mark Hopkins SF) Gene Krupa Orchestra (Hollywood Palladium) Woody Herman Orchestra (Meadowbrook Ballroom, Cedar Grove NJ) Medley: If I Can’t Have You / If I Close My Eyes To The Rest Of The Worldįreddy Martin Orchestra (Cocoanut Grove, Ambassador Hotel, Los Angeles) Tumbling Tumbleweeds + Mama Won’t You Dance With Me?īob Crosby and the Modernaires (voc) Jerry Gray Orchestra Perry Como and the Ray Charles Singers (voc) Mitchell Ayres Orchestra Online Archive.īlue Barron Orchestra (voc) Jimmy McDonnell, Jeanie Clarke and The Three Blue NotesĮddie Fisher (voc) Axel Stordahl Orchestra These programs were made at ABC TV in Sydney in 1969.ĬRN (Community Radio Network) Program #139ġ07.3 2SER Sydney. Your Phantom Dancer Video of the Week, is Lesson 17 in the 48 part series of Dramatic Demonstrations in Physics with Professor Julius Sumner Miller demonstrating Thermometric Processes. Check out the bands and songs in the play list below. In the first hour enjoy sets of swing, jazz and dance by 1950s jazz orchestras, crooners from the ‘40s and ‘50s, early radio dance bands from 1920s and 1930 and hot swing from the 1940s. Your 30 December Phantom Dancer spreads New Years cheer in the second hour with the complete 1945 AFRS New Year’s Dancing Party with aircheck excerpts by Stan Kenton, Carmen Cavallero, Louis Armstrong and more. This is program 29 in the series, ‘Dramatic Demonstrations In Physics’. This week’s Phantom Dancer Video of the Week, recorded at ABC-TV in Sydney in 1969, Julius Sumner Miller investigates ‘The Physics of Toys’ Part 2. You’ll also hear swing and jazz from live 1920s – 60s radio by Billie Holliday, Miles Davis, Art Tatum, Benny Goodman with Charlie Christian and more in a program that was heard in 2015. Hear the famous composer singing his own famous composition ‘You’re The Top’ on live 1934 radio on this week’s 2 hour radio mix, FIRSTSĢ013 First non-stop swing jazz radio mix show AWARDSĢ007 Best Music Program, Community Broadcasting Association of AustraliaĢ015 Best Music Program, ArtSound FM CanberraĢ016 Finalist, Best Music Program, Community Broadcasting Association of Australia In that year it began being sent to radio stations across Australia over CRN (Community Radio Network). In 2013 it adopted the current non-stop mix format. It’s continued on 2SER every week since then. In December 1985 it got its own one hour time slot. It was a fifteen minute segment within a program called Cityscope. Greg Poppleton began The Phantom Dancer on 2SER back in the days when jazz and swing were dirty words, in July 1985. where you’ll also find an archive of past shows for you to enjoy at Īnd it’s heard on radios stations across Australia. The Phantom Dancer is also streamed online at. Presented by my good self, Greg Poppleton, The Phantom Dancer is live every Tuesday on 107.3 2SER from 12:04 (+ 10 GMT). O Students write the equation for their graph and describe the relationship it shows between variables.This week’s Phantom Dancer with Greg Poppleton feature artist is – The Phantom Dancer and Cole Porter. O Assist each group as they apply a best fit line to their graph. O Monitor student progress throughout the lab and assist groups that need additional help. O Discuss the answer for questions 4-6 and release students to start the lab. O Assign groups and have the class answer questions 4-6 as a group. O Class discussion about the first three questions followed by a demonstration of lab procedure. What are the two things which must be constant for an object to have a constant velocity? The diagram on the right shows an overhead view of an object moving clockwise in a circular motion. ![]() O Students quick write about the first three lab questions, then share with a partner and revise. how fast you are whirling it - going faster requires more force, the mass of the object you are whirling - heavier objects require more force, ![]() ![]() The amount of centripetal force that you need to exert depends on: How much centripetal force needs to be exerted to cause an object to move in a circle? A force which pulls an object toward the center of a circle is called a _ force. O Class discussion about the variables influencing circular motion
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