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The Collaborative International Dictionary
Mechanical solution

Solution \So*lu"tion\ (s[-o]*l[=u]"sh[u^]n), n. [OE. solucion, OF. solucion, F. solution, fr. L. solutio, fr. solvere, solutum, to loosen, dissolve. See Solve.]

  1. The act of separating the parts of any body, or the condition of undergoing a separation of parts; disruption; breach.

    In all bodies there is an appetite of union and evitation of solution of continuity.
    --Bacon.

  2. The act of solving, or the state of being solved; the disentanglement of any intricate problem or difficult question; explanation; clearing up; -- used especially in mathematics, either of the process of solving an equation or problem, or the result of the process.

  3. The state of being dissolved or disintegrated; resolution; disintegration.

    It is unquestionably an enterprise of more promise to assail the nations in their hour of faintness and solution, than at a time when magnificent and seductive systems of worship were at their height of energy and splendor.
    --I. Taylor.

  4. (Chem.Phys.) The act or process by which a body (whether solid, liquid, or gaseous) is absorbed into a liquid, and, remaining or becoming fluid, is diffused throughout the solvent; also, the product resulting from such absorption. Note: When a solvent will not take in any more of a substance the solution is said to be saturated. Solution is of two kinds; viz.:

    1. Mechanical solution, in which no marked chemical change takes place, and in which, in the case of solids, the dissolved body can be regained by evaporation, as in the solution of salt or sugar in water.

    2. Chemical solution, in which there is involved a decided chemical change, as when limestone or zinc undergoes solution in hydrochloric acid. Mechanical solution is regarded as a form of molecular or atomic attraction, and is probably occasioned by the formation of certain very weak and unstable compounds which are easily dissociated and pass into new and similar compounds.

      Note: This word is not used in chemistry or mineralogy for fusion, or the melting of bodies by the heat of fire.

  5. Release; deliverance; discharge. [Obs.]
    --Barrow.

  6. (Med.)

    1. The termination of a disease; resolution.

    2. A crisis.

    3. A liquid medicine or preparation (usually aqueous) in which the solid ingredients are wholly soluble.
      --U. S. Disp.

      Fehling's solution (Chem.), a standardized solution of cupric hydrate in sodium potassium tartrate, used as a means of determining the reducing power of certain sugars and sirups by the amount of red cuprous oxide thrown down.

      Heavy solution (Min.), a liquid of high density, as a solution of mercuric iodide in potassium iodide (called the Sonstadt solution or Thoulet solution) having a maximum specific gravity of 3.2, or of borotungstate of cadium ( Klein solution, specific gravity 3.6), and the like. Such solutions are much used in determining the specific gravities of minerals, and in separating them when mechanically mixed as in a pulverized rock.

      Nessler's solution. See Nesslerize.

      Solution of continuity, the separation of connection, or of connected substances or parts; -- applied, in surgery, to a fracture, laceration, or the like. ``As in the natural body a wound, or solution of continuity, is worse than a corrupt humor, so in the spiritual.''
      --Bacon.

      Standardized solution (Chem.), a solution which is used as a reagent, and is of a known and standard strength; specifically, a normal solution, containing in each cubic centimeter as many milligrams of the element in question as the number representing its atomic weight; thus, a normal solution of silver nitrate would contain 10

  7. 7 mgr. of silver in each cubic centimeter.

Mechanical solution

Mechanical \Me*chan"ic*al\, a. [From Mechanic, a.]

  1. Pertaining to, governed by, or in accordance with, mechanics, or the laws of motion; pertaining to the quantitative relations of force and matter on a macroscopic scale, as distinguished from mental, vital, chemical, electrical, electronic, atomic etc.; as, mechanical principles; a mechanical theory; especially, using only the interactions of solid parts against each other; as mechanical brakes, in contrast to hydraulic brakes.

  2. Of or pertaining to a machine or to machinery or tools; made or formed by a machine or with tools; as, mechanical precision; mechanical products.

    We have also divers mechanical arts.
    --Bacon.

  3. Done as if by a machine; uninfluenced by will or emotion; proceeding automatically, or by habit, without special intention or reflection; as, mechanical singing; mechanical verses; mechanical service.

  4. Made and operated by interaction of forces without a directing intelligence; as, a mechanical universe.

  5. Obtained by trial, by measurements, etc.; approximate; empirical. See the 2d Note under Geometric.

    Mechanical effect, effective power; useful work exerted, as by a machine, in a definite time.

    Mechanical engineering. See the Note under Engineering.

    Mechanical maneuvers (Mil.), the application of mechanical appliances to the mounting, dismounting, and moving of artillery.
    --Farrow.

    Mechanical philosophy, the principles of mechanics applied to the investigation of physical phenomena.

    Mechanical powers, certain simple instruments, such as the lever and its modifications (the wheel and axle and the pulley), the inclined plane with its modifications (the screw and the wedge), which convert a small force acting through a great space into a great force acting through a small space, or vice versa, and are used separately or in combination.

    Mechanical solution (Math.), a solution of a problem by any art or contrivance not strictly geometrical, as by means of the ruler and compasses, or other instruments.

Usage examples of "mechanical solution".

Who would consider a mechanical solution, or understand one as I worked it out?

The form below, being circular and symmetrical, answers my purpose better in applying a mechanical solution, and I therefore adopt it without altering in any way the conditions of the puzzle.

Eli Steinmetz was the kind of engineer who overcame an obstacle by designing a mechanical solution and then building it with his own hands.

Who would consider a mechanical solution, or understand as I worked one out?

Described as the kind of engineer who overcomes obstacles by designing a mechanical solution and then building it with his own hands.

They'd been fixated On a mechanical Solution, and here the human Woman had come up With a chemical answer!