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Return to Oz is a 1985 Disney live-action movie and an unofficial sequel to MGM's The Wizard of Oz. During the Main Street Electrical Parade's return to Disneyland in 1985, a float based on the film appeared, and solely for that year to promote the film. It functioned the same way as The Fox and...
Return to Oz is a 1985 dark fantasy film released by Walt Disney Pictures, co-written and directed by Walter Murch.It stars Nicol Williamson, Jean Marsh, Piper Laurie, and Fairuza Balk as Dorothy Gale in her first screen role. The film is an unofficial sequel to the 1939 Metro-Goldwyn-Mayer film The Wizard of Oz, and it is based on L. Frank Baum's early 20th century Oz novels, mainly Ozma of ...
Floating neutral happens when the unbalanced current flowing through the neutral to the ground faces resistance in the path. Thus it begins to flow through the path of low resistance like casing or the covering which may result in a fire outbreak and electrical shock to the people nearby.
Previous units included the Blue Fairy from Pinocchio, a circus float connected to Dumbo, an "It's a Small World" unit (returned in 2022) and a promotional float for Return to Oz in 1985, but it was destroyed by a fire.
Converts Oz float t to a C float. OZ_float. OZ_Term OZ_float (double f) Converts C float f to an Oz float. OZ_boolToC. int OZ_boolToC (OZ_Term t) Returns non-zero iff t is equal to true. OZ_parseFloat. char * OZ_parseFloat (char * s) Parse s as an Oz float. Returns a pointer to the next character after the float or null if s is not an float in ...
Return to Oz is a 1985 movie released by Disney, based on the original Oz books by L. Frank Baum. It's an unofficial sequel to the 1939 MGM classic The Wizard of Oz. Dorothy Gale (Fairuza Balk) returns home to Kansas, but no one believes her story about the Land of Oz.
It may even catch fire or result in permanent damage to the device. The second issue of floating neutral is the leakage through the device body. As the return current finds no path to escape, it will eventually flow through the device body, causing electric shocks for any accidental touch.
