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11-letter words containing int

  • fesse point — the midpoint of a shield
  • fifty-ninth — next after the fifty-eighth; being the ordinal number for 59.
  • fingerpaint — A form of paint designed to be applied using the fingers, especially by children.
  • fingerprint — an impression of the markings of the inner surface of the last joint of the thumb or other finger.
  • fixed point — (mathematics)   The fixed point of a function, f is any value, x for which f x = x. A function may have any number of fixed points from none (e.g. f x = x+1) to infinitely many (e.g. f x = x). The fixed point combinator, written as either "fix" or "Y" will return the fixed point of a function. See also least fixed point.
  • fixed-point — (programming)   A number representation scheme where a number, F is represented by an integer I such that F=I*R^-P, where R is the (assumed) radix of the representation and P is the (fixed) number of digits after the radix point. On computers with no floating-point unit, fixed-point calculations are significantly faster than floating-point as all the operations are basically integer operations. Fixed-point representation also has the advantage of having uniform density, i.e., the smallest resolvable difference of the representation is R^-P throughout the representable range, in contrast to floating-point representations. For example, in PL/I, FIXED data has both a precision and a scale-factor (P above). So a number declared as 'FIXED DECIMAL(7,2)' has a precision of seven and a scale-factor of two, indicating five integer and two fractional decimal digits. The smallest difference between numbers will be 0.01.
  • flash point — Also, flashing point. Physical Chemistry. the lowest temperature at which a liquid in a specified apparatus will give off sufficient vapor to ignite momentarily on application of a flame.
  • flashpoints — Plural form of flashpoint.
  • flesh tints — the colours used to represent (white) skin in painting
  • flint glass — an optical glass of high dispersion and a relatively high index of refraction, composed of alkalis, lead oxide, and silica, with or without other bases, sometimes used as the diverging lens component of an achromatic lens.
  • flintstones — Plural form of flintstone.
  • focal point — Also called principal focus. Optics. either of two points on the axis of a mirror, lens, or other optical system, one point being such that rays diverging from it are deviated parallel to the axis upon refraction or reflection by the system and the other point being such that rays parallel to the axis of the system converge to the point upon refraction or reflection by the system.
  • forty-ninth — next after the forty-eighth; being the ordinal number for 49.
  • frost point — the temperature of the air at which hoarfrost begins to form.
  • gloss paint — Gloss paint is paint that forms a shiny surface when it dries.
  • grade point — Education. a numerical equivalent to a received letter grade, usually 0 for F, 1 for D, 2 for C, 3 for B, and 4 for A, that is multiplied by the number of credits for the course: used to compute a grade point average.
  • greasepaint — an oily mixture of melted tallow or grease and a pigment, used by actors, clowns, etc., for making up their faces.
  • halleflinta — a type of rock, volcanic or metamorphic in origin, that has a fine grain
  • helminthics — Plural form of helminthic.
  • helminthoid — shaped like a helminth; vermiform; wormlike.
  • helminthous — having intestinal worms
  • hinge joint — ginglymus.
  • hinterlands — Plural form of hinterland.
  • hip pointer — a painful bruise or torn muscle at the upper ridge of the pelvis
  • hollowpoint — Alternative form of hollow point.
  • hyacinthine — of or like the hyacinth.
  • ideal point — the point at infinity in projective geometry at which parallel lines intersect.
  • in point of — in the matter of; regarding
  • in/into bud — When a tree or plant is in bud or has come into bud, it has buds on it.
  • incertainty — (obsolete) Uncertainty.
  • india print — a plain-weave cotton fabric from India with brillantly colored block-print designs, or a fabric resembling this.
  • ink printer — (printer)   A retronym used by Blind users to refer to all printers which are not Braille printers, regardless of whether they actually use ink.
  • intagliated — Carved or engraved on the surface.
  • intaglioing — Present participle of intaglio.
  • intangibles — Plural form of intangible.
  • integralism — the belief that one's religious convictions should dictate one's political and social actions.
  • integrality — of, relating to, or belonging as a part of the whole; constituent or component: integral parts.
  • integrating — to bring together or incorporate (parts) into a whole.
  • integration — an act or instance of combining into an integral whole.
  • integrative — to bring together or incorporate (parts) into a whole.
  • integrators — Plural form of integrator.
  • integrities — adherence to moral and ethical principles; soundness of moral character; honesty.
  • integuments — Plural form of integument.
  • intel 486dx — (processor)   One of Intel's Intel 486 family of microprocessors (one of the last before the Pentium). The 486DX has a working built-in floating point unit (FPU). The Intel 486SX is effectively a DX with the FPU disabled. The DX has a pin to select the external data bus width (16 or 32). The Intel 487SX is a 486DX with a 486SX pinout.
  • intel 486sx — (processor)   An Intel 486DX microprocessor with its floating-point unit disconnected. All 486SX chips were fabricated with FPUs. If testing showed that the CPU was OK but the FPU was defective, the FPU's power and bus connections were destroyed with a laser and the chip was sold cheaper as an SX, if the FPU worked it was sold as a DX. Some systems, e.g. Aopen 486SX, allowed a DX to be plugged into an expansion socket. A board jumper would disable the SX which was hard to remove because it was surface mounted. Some SX chips only had a 16-bit wide external data bus. The DX has a pin to select the data bus width (16 or 32). On the smaller SX, that line is hard-wired to 16 inside the package. This is similar to the 286 SX, which was a 16-bit processor with an 8-bit external data bus. The Jargon File claimed that the SX was deliberately disabled crippleware. The German computer magazine, "c't", made this same theory the basis of an April Fools Joke. They claimed that if one drilled a hole of a specified diameter through the right point on a SX chip, this would brake the circuit that disables the FPU. Some people actually tried (and then bought themselves new processors).
  • intel 487sx — (processor)   A version of the Intel 486DX microprocessor with an extra pin, for use in the coprocessor socket of an Intel 486SX system. The 487SX provides the FPU which is missing in the 486SX. Although the 486SX is completely disabled when you install a 487SX, the 487SX design requires that you leave the 486SX in your PC [why?], rather than use it elsewhere. Intel admits that in some systems you can unplug the 486SX and fit a 487SX in its place but they don't guarantee that it will always work. See Intel 486.
  • intel 80186 — (processor)   A microprocessor developed by Intel circa 1982. The 80186 was an improvement on the Intel 8086 and Intel 8088. As with the 8086, it had a 16-bit external bus and was also available as the Intel 80188, with an 8-bit external data bus. The initial clock rate of the 80186 and 80188 was 6 MHz. They were not used in many computers, but one notable exception was the Mindset, a very advanced computer for the time. They were used as embedded processors. One major function of the 80186/80188 series was to reduce the number of chips required. "To satisfy this market, we defined a processor with a significant performance increase over the 8086 that also included such common peripheral functions as software-controlled wait state and chip select logic, three timers, priority interrupt controller, and two channels of DMA (direct memory access). This processor, the 80186, could replace up to 22 separate VLSI (very large scale integration) and TTL (transistor-transistor logic) packages and sell for less than the cost of the parts it replaced." -- Paul Wells of Intel Corporation writing in Byte (reference below) New instructions were also introduced as follows: ENTER Make stcak frame for procedure parameters LEAVE High-level procedure exit PUSHA Push all general registers POPA Pop all general registers BOUND Check array index against bounds IMUL Signed (integer) multiply INS Input from port to string OUTS Output string to port ["The Evolution of the iAPX 286", Bob Greene, Intel Corporation, PC Tech Journal, December 1984, page 134].
  • intel 80188 — (processor)   A version of the Intel 80186 with an 8 bit external data bus (instead of 16 bit). This makes it cheaper to connect to peripherals.
  • intel 80286 — (processor)   (Or "286", "i286") A microprocessor developed by Intel. THe 80286 processor has a 16-bit data bus and incorporates a memory management unit that allowed a limited amount of multitasking. The 80286 only has a segmented MMU while the later processors add a paged MMU "behind" the segmented one. The 80286 was the processor in the IBM PC AT personal computer.
  • intel 80386 — (processor)   (Commonly abbreviated to "386", trademark "Intel386") The successor to the Intel 80286 microprocessor. It was the first Intel processor with 32-bit data and address busses. It can address four gigabytes (2^32 bytes) of memory; however, 16 megabytes is a typical maximum in IBM PCs. The 386 allows multiple application programs to run at the same time (when running under 386-specific operating systems) using "protected mode". The first IBM compatible to use the 386 was the Compaq 386, before IBM used it in high-end models of their PS/2 series. It is also used in HP's RS series and many others. It does not require special EMS memory boards to expand MS-DOS memory limits. With the 386, the EMS standard can be simulated in normal extended memory, and many DOS add-ons provide this "Expanded Memory Manager" feature. See also Intel 80386SX, BSD386.
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