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Possible Answers: REVS.
Last seen on: Canadiana Crossword – Jun 19 2017
Random information on the term “Rotations”:
In physics, the concept of absolute rotation—rotation independent of any external reference—is a topic of debate about relativity, cosmology, and the nature of physical laws.
For the concept of absolute rotation to be scientifically meaningful, it must be measurable. In other words, can an observer distinguish between the rotation of an observed object and their own rotation? Newton suggested two experiments to resolve this problem. One is the effects of centrifugal force upon the shape of the surface of water rotating in a bucket. The second is the effect of centrifugal force upon the tension in a string joining two spheres rotating about their center of mass.
A related third example, given by Albert Einstein in the development of general relativity, is a rotating elastic sphere. Like a rotating planet bulging at the equator, the sphere deforms into a squashed spheroid depending on its rotation. Explaining this deformation requires external causes in a frame of reference in the spheroid it is not rotating, and these external causes may be taken as “absolute rotation” in classical physics and special relativity. In general relativity no external causes are invoked. The rotation is relative to the local geodesics, and since the local geodesics eventually channel information from the distant stars, there appears to be absolute rotation relative to these stars.
Random information on the term “REVS”:
Acornsoft LISP (marketed simply as LISP) is a dialect and commercial implementation of the Lisp programming language, released in the early 1980s for the 8-bit Acorn Atom, BBC Micro and Acorn Electron computers.
Acornsoft LISP was released on cassette, disk and ROM cartridge. The ROM cartridge version had instantaneous loading as well as a greater amount of available free RAM for user definitions.
In contrast with large-scale LISP implementations, Acornsoft’s variant only had a modest number of built-in definitions as it had to fit in the limited memory space of the 8-bit Acorn computers.
The interpreter was implemented in 6502 machine-code and was 5.5K in size. It was based on Owl LISP written by Mike Gardner of Owl Computers, which he published for the Apple II in 1979. Acornsoft licensed it from Owl Computers in 1981 and developed it for the Acorn Atom and BBC Microcomputer.
The supplied LISP workspace image containing commonly used built-in functions and constants was 3K in size, although this could be deleted if not needed by the user to free up more memory.