It was first released in August 1959. Rover ceased production in October 2000. It was marketed under the names Austin, Morris, Cooper, Wolseley, Riley, British Leyland and Rover.
Burgos C.F.
Burgos C.F. is a football club which plays in Spain.
A.D. Almería
A.D. Almería is a former football club which played in Spain.
C.D. Castellón
C.D. Castellón is a football club which plays in Spain.
Albacete Balompié
Albacete Balompié is a football club which plays in Spain.
U.E. Lleida
U.E. Lleida was a football club which plays in Spain.
Toshiba
Toshiba is a Japanese multinational company. Its diversified products include information technology and communications equipment and systems, electronic components and materials, power systems, industrial and social infrastructure systems, household appliances, medical equipment and lighting.
Toshiba Corporation was started in 1939, by two companies, a telegraph manufacturer and a light bulb maker.
R.C.D. Espanyol
R.C.D. Espanyol de Barcelona is a football club which plays in Spain.
Mérida U.D.
Mérida U.D. is a football club which plays in Spain.
Levante U.D.
Levante U.D. is a football club which plays in Spain.
Cádiz CF
Cádiz C.F. is a football club which plays in Spain.
C.D. Numancia de Soria
C.D. Numancia de Soria is a football club which plays in Spain.
Xerez C.D.
Xerez C.D. is a football club which plays in Spain.
The club formed from a merger of two football clubs ; Xerez FC and CD Jerez in 1947.
Edgar Adrian, 1st Baron Adrian
Edgar Douglas Adrian, 1st Baron Adrian OM PRS 30 November 1889 - 8 August 1977) was an English doctor. He won the 1932 Nobel Prize in Physiology or Medicine with Charles Scott Sherrington for the discoveries about the functions of neurons.
Hydrogen deuteride
Hydrogen deuteride is a diatomic molecule. It is composed of the two isotopes of hydrogen: H protium and H deuterium.
Bond albedo
The Bond albedo is the fraction of power in the total electromagnetic radiation hitting an astronomical body which is scattered back out into space. It considers all wavelengths at all phase angles. It is necessary for estimating how much energy a planet or other body absorbs.
Geographical pole
A geographical pole is either of two points on the surface of a rotating planet where the axis of rotation meets the surface of the planet. The north geographical pole of a body is 90 degrees north of the equator. The south geographical pole lies 90 degrees south of the equator.
Relative to Earth's surface, the geographic poles move by a few metres over periods of a few years.
As cartography requires exact and unchanging coordinates, the average positions of the geographical poles are taken as fixed. These "cartographic poles" become the points where the body's great circles of longitude intersect.
Spheroid
A spheroid is one kind of ellipsoid. It is got by rotating an ellipse about one of its principal axes. This means it is an ellipsoid with two equal semi-diameters.
Spheres are spheroids. Spheroids that are not spheres are either oblate or prolate.
Most celestial objects are oblate spheroids. They usually spin, and as they spin, centrifugal force pulls them into that shape. Few natural objects are prolate spheroids.
Invariable plane
The invariable plane of a planetary system is the plane passing through its barycenter (center of mass).
In the Solar System, about 98% of this effect is from the mass of the four gas giants (Jupiter, Saturn, Uranus, and Neptune). The invariable plane is within 0.5° of the orbital plane of Jupiter. It is the weighted average of all planetary orbital and rotational planes.
The invariable plane is got from the sum of angular momenta. It is almost invariable (unchanging) over the entire system.
The Sun forms a counterbalance to all of the planets, so it is near the barycenter when Jupiter is on one side and the other three jovian planets (gas giants) are opposite on the other side. The Sun moves 2.17 solar radii away from the barycenter when all jovian planets are in line on other side.
The orbital angular momenta of the Sun and all non-jovian planets, moons, and minor solar system bodies, as well as the axial rotation momenta of all bodies, totals only about 2%.
For almost all purposes the plane can be considered invariable (unchanging) when working in [Newtonian dynamics.
G-Force
The g-force of an object is its acceleration relative to free fall. On earth this is 1g, or 9.8 meters per second squared (m/s^2) or equivalently  newtons of force per kilogram of mass (N/kg). Astronauts experience unusually high and low g-forces. G-force can also be seen on rollercoasters. When the coaster goes down the drop, you are pushed back into your seat because of g-force. Negative g-forces is when gravity is pushing you downwards causing you to feel weightless. (Going down a rollercoaster) Positive g-forces is when gravity is pushing against you causing you to feel heavier. (Going up a rollercoaster)
Sidereal time
Sidereal time is a time-keeping system. It is used by astronomers to find celestial objects. Using sidereal time it is possible to point a telescope to the proper coordinates in the night sky.
Sidereal time is a "time scale based on Earth's rate of rotation measured relative to the fixed stars".
Because the Earth moves in its orbit about the Sun, a mean solar day is about four minutes longer than a sidereal day. Thus, a star appears to rise four minutes earlier each night, compared to solar time. Different stars are visible at different times of the year.
By contrast, solar time is reckoned by the movement of the Earth from the perspective of the Sun. An average solar day (24 hours) is longer than a sidereal day (23 hours, 56 minutes, 4 seconds) because of the amount the Earth moves each day in its orbit around the Sun.
Scale height
A scale height is a term for a distance over which a quantity decreases by a factor of "e" (the base of natural logarithms). The scale height is usually shown by a capital letter "H".
Jupiter impact
Several impacts have been seen on the face of Jupiter
In July 1994, a comet broke up into many pieces and then crashed into Jupiter over the course of many days. The comet was called Shoemaker-Levy 9. The largest pieces left scars on the face of Jupiter. Some of the scars were larger than the Earth.
A large impact was observed with the Keck II telescope and its near-infrared camera at Mauna Kea on July 20 11:20 UT. It occurred on the surface of Jupiter.
Ja zuster, nee zuster
Ja zuster, nee zuster (in English: Yes Nurse, No Nurse) was a very popular comedy series on Dutch television in the late 1960s. It was set in a home for old people. The Dutch title literally means, "Yes, Sister; No, Sister"; because in the Netherlands, as in Britain and many other countries, female nurses of a certain rank are called "Sister".
The series was broadcast between 1966 and 1968 and consisted of 20 episodes.
The script was written by Annie M.G. Schmidt who was already very well known as a writer of books for children and scripts for television and radio programmes. The songs were written by Harry Bannink.
Dutch people today, especially those who remember the original series, are very disappointed that, apart from one programme, the whole series has been lost. This is because it was recorded on Ampex tape which was very expensive so, after the episodes had been shown on television, other television programmes were recorded on the same tape over the top of it. Some of the film that was shot outside has been preserved. 15 of the songs from the series have also been preserved. They were made into a gramophone record (LP) and later into a CD.
A film with the same title, based on the series, was produced in 2002. It starred Loes Luca as Zuster (Sister) Klivia and Paul Kooij as her landlord and nextdoor neighbour, Buurman Boordeval.