0%

13-letter words containing l, a, m, e, c, h

  • demographical — of or relating to demography, the science of vital and social statistics.
  • dichlamydeous — (of a flower) having a corolla and calyx
  • elasmobranchs — Plural form of elasmobranch.
  • encephalogram — An image, trace, or other record of the structure or electrical activity of the brain.
  • encephalotomy — The dissection of the brain.
  • endolymphatic — (anatomy) Pertaining to, or containing, endolymph.
  • euphemistical — Archaic form of euphemistic.
  • float chamber — Automotive. the bowl-shaped section of a carburetor in which a reserve of fuel is maintained, the fuel level being regulated by a float.
  • funeral march — march played for funeral processions
  • geochemically — In a geochemical manner.
  • graphemically — In terms of or by means of graphemes.
  • halobacterium — Any of various extremophiles, of genus Halobacterium, found in water saturated or nearly saturated with salt.
  • hematological — Hematologic.
  • hemimetabolic — (zoology) Having an incomplete metamorphosis, the larvae differing from the adults chiefly in lacking wings.
  • hemispherical — having the form of a hemisphere.
  • hemocytoblast — a primordial cell capable of developing into any type of blood cell.
  • hemolymphatic — a fluid in the body cavities and tissues of invertebrates, in arthropods functioning as blood and in some other invertebrates functioning as lymph.
  • hermeneutical — of or relating to hermeneutics; interpretative; explanatory.
  • hexadactylism — Sexdactyly.
  • histochemical — the branch of science dealing with the chemical components of cellular and subcellular tissue.
  • holometabolic — Of, pertaining to, or undergoing holometabolism.
  • holy mackerel — astonishment
  • homiletically — In a homiletic fashion.
  • homogenetical — of, involving or relating to homogeny
  • human ecology — ecology (def 4).
  • humped cattle — any of several breeds of domestic cattle developed from the Indian species Bos indicus and characterized by a hump of fat and muscle over the shoulders.
  • hygrometrical — Alternative form of hygrometric.
  • hypercalcemia — an abnormally large amount of calcium in the blood.
  • hyperglycemia — an abnormally high level of glucose in the blood.
  • hypermetrical — Hypermetric.
  • hypocalcaemia — (medical) alternative spelling of hypocalcemia.
  • hypocalcaemic — of or relating to hypocalcaemia
  • hypoglycaemia — (medical) alternative spelling of hypoglycemia.
  • hypoglycaemic — Alternative spelling of hypoglycemic.
  • hypometabolic — Relating to hypometabolism.
  • hypsometrical — Of or pertaining to hypsometry.
  • iatrochemical — relating to iatrochemistry or iatrochemists
  • lake michigan — a state in the N central United States. 58,216 sq. mi. (150,780 sq. km). Capital: Lansing. Abbreviation: MI (for use with zip code), Mich.
  • lamellibranch — bivalve.
  • lead chromate — a yellow crystalline compound, PbCrO 4 , toxic, insoluble in water: used as an industrial paint pigment.
  • liebfraumilch — a white wine produced chiefly in the region of Hesse in Germany.
  • lower chamber — lower house.
  • lucifer match — friction match.
  • luncheon meat — any of various sausages or molded loaf meats, usually sliced and served cold, as in sandwiches or as garnishes for salads.
  • machiavellian — of, like, or befitting Machiavelli.
  • machiavellism — of, like, or befitting Machiavelli.
  • machine cycle — (processor)   The four steps which the CPU carries out for each machine language instruction: fetch, decode, execute, and store. These steps are performed by the control unit, and may be fixed in the logic of the CPU or may be programmed as microcode which is itself usually fixed (in ROM) but may be (partially) modifiable (stored in RAM). The fetch cycle places the current program counter contents (the address of the next instruction to execute) on the address bus and reads in the word at that location into the instruction register (IR). In RISC CPUs instructions are usually a single word but in other architectures an instruction may be several words long, necessitating several fetches. The decode cycle uses the contents of the IR to determine which gates should be opened between the CPU's various functional units and busses and what operation the ALU(s) should perform (e.g. add, bitwise and). Each gate allows data to flow from one unit to another (e.g. from register 0 to ALU input 1) or enables data from one output onto a certain bus. In the simplest case ("horizontal encoding") each bit of the instruction register controls a single gate or several bits may control the ALU operation. This is rarely used because it requires long instruction words (such an architecture is sometimes called a very long instruction word architecture). Commonly, groups of bits from the IR are fed through decoders to control higher level aspects of the CPU's operation, e.g. source and destination registers, addressing mode and ALU operation. This is known as vertical encoding. One way RISC processors gain their advantage in speed is by having simple instruction decoding which can be performed quickly. The execute cycle occurs when the decoding logic has settled and entails the passing of values between the various function units and busses and the operation of the ALU. A simple instruction will require only a single execute cycle whereas a complex instruction (e.g. subroutine call or one using memory indirect addressing) may require three or four. Instructions in a RISC typically (but not invariably) take only a single cycle. The store cycle is when the result of the instruction is written to its destination, either a register or a memory location. This is really part of the execute cycle because some instructions may write to multiple destinations as part of their execution.
  • machine-steel — low-carbon steel that can be easily machined.
  • macrencephaly — The presence of an abnormally large brain.
  • macrocephalic — Cephalometry. being or having a head with a large cranial capacity.
Was this page helpful?
Yes No
Thank you for your feedback! Tell your friends about this page
Tell us why?