Article: Spielberg then revisited his Close Encounters project and, with financial backing from Columbia Pictures, released Close Encounters: The Special Edition in 1980. For this, Spielberg fixed some of the flaws he thought impeded the original 1977 version of the film and also, at the behest of Columbia, and as a condition of Spielberg revising the film, shot additional footage showing the audience the interior of the mothership seen at the end of the film (a decision Spielberg would later regret as he felt the interior of the mothership should have remained a mystery). Nevertheless, the re-release was a moderate success, while the 2001 DVD release of the film restored the original ending.

Question: When did Spielberg re-release Close Encounters?
Ans: 1980


Article: The Great Garden is an important European baroque garden. The palace itself, however, was largely destroyed by Allied bombing but is currently under reconstruction.[citation needed] Some points of interest are the Grotto (the interior was designed by the French artist Niki de Saint-Phalle), the Gallery Building, the Orangerie and the two pavilions by Remy de la Fosse. The Great Garden consists of several parts. The most popular ones are the Great Ground and the Nouveau Jardin. At the centre of the Nouveau Jardin is Europe's highest garden fountain. The historic Garden Theatre inter alia hosted the musicals of the German rock musician Heinz Rudolf Kunze.[citation needed]

Question: Other than the Nouveau Jardin, what is the other popular part of The Great Garden?
Ans: Great Ground


Article: Other churches in the Anglican Communion around the world (e.g., the Episcopal Church in the United States, and the Anglican Church of Canada) still function under their own private systems of canon law.

Question: What do extant churches of the Anglican Communion still operate with?
Ans: their own private systems of canon law


Article: Consider a half-wave dipole designed to work with signals 1 m wavelength, meaning the antenna would be approximately 50 cm across. If the element has a length-to-diameter ratio of 1000, it will have an inherent resistance of about 63 ohms. Using the appropriate transmission wire or balun, we match that resistance to ensure minimum signal loss. Feeding that antenna with a current of 1 ampere will require 63 volts of RF, and the antenna will radiate 63 watts (ignoring losses) of radio frequency power. Now consider the case when the antenna is fed a signal with a wavelength of 1.25 m; in this case the reflected current would arrive at the feed out-of-phase with the signal, causing the net current to drop while the voltage remains the same. Electrically this appears to be a very high impedance. The antenna and transmission line no longer have the same impedance, and the signal will be reflected back into the antenna, reducing output. This could be addressed by changing the matching system between the antenna and transmission line, but that solution only works well at the new design frequency.

Question: What effect occurs when the signal is reflected back into the antenna?
Ans:
reducing output