employment diagram - meaning and definition. What is employment diagram
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What (who) is employment diagram - definition

STATE OF ECONOMY WITHOUT INVOLUNTARY UNEMPLOYMENT
Total employment; Full Employment; Universal employment; Full employability; Maximum employment

Venn diagram         
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  • [[Stained-glass]] window with Venn diagram in [[Gonville and Caius College, Cambridge]]
  • Venn diagram as a truth table
  • Sets of creatures with two legs, and creatures that fly
DIAGRAM THAT SHOWS ALL POSSIBLE LOGICAL RELATIONS BETWEEN A COLLECTION OF SETS
Johnston diagram; Venn disagram; Venn diagrams; Ven diagram; Venn Diagram; Logic diagram; Venn diagramme; Vin diagram; Set diagram; Venn Diagrams; Area proportional Venn diagram; Area-proportional Venn diagram; Scaled Venn diagram; Venn-Euler diagram; Euler-Venn diagram; Euler–Venn diagram; Venn–Euler diagram; Generalised Venn Diagram; Generalised Venn diagram; Generalized Venn Diagram; Generalized Venn diagram; Edwards' Venn diagram; Edwards-Venn diagram; Edwards–Venn diagram; Symmetric Venn diagram; Cogwheel diagram; Primary diagram; Venn's primary diagram; Primary Venn diagram; Venn's Primary Diagram; Symmetrical Venn diagram; Simple symmetric Venn diagram; Simple symmetrical Venn diagram; Cylindrical Venn diagram; Elegant Venn diagram; Newroz diagram; Adelaide diagram; Hamilton diagram; Massey diagram; Victoria diagram; Palmerston North diagram; Manawatu diagram; Manawatū diagram; Two-set Venn diagram; Two-set diagram; 2-set Venn diagram; 2-set diagram; Three-set Venn diagram; Three-set diagram; 3-set Venn diagram; 3-set diagram; Four-set Venn diagram; Four-set diagram; 4-set Venn diagram; 4-set diagram; Five-set Venn diagram; Five-set diagram; 5-set Venn diagram; 5-set diagram; Six-set Venn diagram; Six-set diagram; 6-set Venn diagram; 6-set diagram; Seven-set Venn diagram; Seven-set diagram; 7-set Venn diagram; 7-set diagram; Eight-set Venn diagram; Eight-set diagram; 8-set Venn diagram; 8-set diagram; Nine-set Venn diagram; Nine-set diagram; 9-set Venn diagram; 9-set diagram; Ten-set Venn diagram; Ten-set diagram; 10-set Venn diagram; 10-set diagram; Eleven-set Venn diagram; Eleven-set diagram; 11-set Venn diagram; 11-set diagram; 2-Venn diagram; 3-Venn diagram; 4-Venn diagram; 6-Venn diagram; 5-Venn diagram; 7-Venn diagram; 8-Venn diagram; 9-Venn diagram; 10-Venn diagram; 11-Venn diagram; N-Venn diagram; Metrical Venn diagram; Exclusion diagram
A Venn diagram is a widely used diagram style that shows the logical relation between sets, popularized by John Venn (1834–1923) in the 1880s. The diagrams are used to teach elementary set theory, and to illustrate simple set relationships in probability, logic, statistics, linguistics and computer science.
Venn diagram         
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  • [[Stained-glass]] window with Venn diagram in [[Gonville and Caius College, Cambridge]]
  • Venn diagram as a truth table
  • Sets of creatures with two legs, and creatures that fly
DIAGRAM THAT SHOWS ALL POSSIBLE LOGICAL RELATIONS BETWEEN A COLLECTION OF SETS
Johnston diagram; Venn disagram; Venn diagrams; Ven diagram; Venn Diagram; Logic diagram; Venn diagramme; Vin diagram; Set diagram; Venn Diagrams; Area proportional Venn diagram; Area-proportional Venn diagram; Scaled Venn diagram; Venn-Euler diagram; Euler-Venn diagram; Euler–Venn diagram; Venn–Euler diagram; Generalised Venn Diagram; Generalised Venn diagram; Generalized Venn Diagram; Generalized Venn diagram; Edwards' Venn diagram; Edwards-Venn diagram; Edwards–Venn diagram; Symmetric Venn diagram; Cogwheel diagram; Primary diagram; Venn's primary diagram; Primary Venn diagram; Venn's Primary Diagram; Symmetrical Venn diagram; Simple symmetric Venn diagram; Simple symmetrical Venn diagram; Cylindrical Venn diagram; Elegant Venn diagram; Newroz diagram; Adelaide diagram; Hamilton diagram; Massey diagram; Victoria diagram; Palmerston North diagram; Manawatu diagram; Manawatū diagram; Two-set Venn diagram; Two-set diagram; 2-set Venn diagram; 2-set diagram; Three-set Venn diagram; Three-set diagram; 3-set Venn diagram; 3-set diagram; Four-set Venn diagram; Four-set diagram; 4-set Venn diagram; 4-set diagram; Five-set Venn diagram; Five-set diagram; 5-set Venn diagram; 5-set diagram; Six-set Venn diagram; Six-set diagram; 6-set Venn diagram; 6-set diagram; Seven-set Venn diagram; Seven-set diagram; 7-set Venn diagram; 7-set diagram; Eight-set Venn diagram; Eight-set diagram; 8-set Venn diagram; 8-set diagram; Nine-set Venn diagram; Nine-set diagram; 9-set Venn diagram; 9-set diagram; Ten-set Venn diagram; Ten-set diagram; 10-set Venn diagram; 10-set diagram; Eleven-set Venn diagram; Eleven-set diagram; 11-set Venn diagram; 11-set diagram; 2-Venn diagram; 3-Venn diagram; 4-Venn diagram; 6-Venn diagram; 5-Venn diagram; 7-Venn diagram; 8-Venn diagram; 9-Venn diagram; 10-Venn diagram; 11-Venn diagram; N-Venn diagram; Metrical Venn diagram; Exclusion diagram
¦ noun a diagram representing mathematical or logical sets as circles, common elements of the sets being represented by intersections of the circles.
Origin
early 20th cent.: named after the English logician John Venn.
Free body diagram         
  • Figure 2: An empty rigid bucket in free fall in a uniform gravitational field with the force arrow at the center of gravity.
  • Free body and kinetic diagrams of an inclined block
  • Angled force (''F'') redefined into components along axes (''F<sub>x</sub>'') and (''F<sub>y</sub>'')
DIAGRAM WHERE ALL FORCES ON A BODY OR PART OF A SYSTEM ARE DRAWN
Force diagram; Free-body diagram; Isolation diagram; Freebody diagram; Kinetic diagram
A free body diagram consists of a diagrammatic representation of a single body or a subsystem of bodies isolated from its surroundings showing all the forces acting on it.

Wikipedia

Full employment

Full employment is a situation in which there is no cyclical or deficient-demand unemployment. Full employment does not entail the disappearance of all unemployment, as other kinds of unemployment, namely structural and frictional, may remain. For instance, workers who are "between jobs" for short periods of time as they search for better employment are not counted against full employment, as such unemployment is frictional rather than cyclical. An economy with full employment might also have unemployment or underemployment where part-time workers cannot find jobs appropriate to their skill level, as such unemployment is considered structural rather than cyclical. Full employment marks the point past which expansionary fiscal and/or monetary policy cannot reduce unemployment any further without causing inflation.

Some economists define full employment somewhat differently, as the unemployment rate at which inflation does not continuously increase. Advocacy of avoiding accelerating inflation is based on a theory centered on the concept of the Non-Accelerating Inflation Rate of Unemployment (NAIRU), and those who hold it usually mean NAIRU when speaking of full employment. The NAIRU has also been described by Milton Friedman, among others, as the "natural" rate of unemployment. Such views tend to emphasize sustainability, noting that a government cannot sustain unemployment rates below the NAIRU forever: inflation will continue to grow so long as unemployment lies below the NAIRU.

For the United States, economist William T. Dickens found that full-employment unemployment rate varied a lot over time but equaled about 5.5 percent of the civilian labor force during the 2000s. Recently, economists have emphasized the idea that full employment represents a "range" of possible unemployment rates. For example, in 1999, in the United States, the Organisation for Economic Co-operation and Development (OECD) gives an estimate of the "full-employment unemployment rate" of 4 to 6.4%. This is the estimated unemployment rate at full employment, plus or minus the standard error of the estimate.

The concept of full employment of labor corresponds to the concept of potential output or potential real GDP and the long run aggregate supply (LRAS) curve. In neoclassical macroeconomics, the highest sustainable level of aggregate real GDP or "potential" is seen as corresponding to a vertical LRAS curve: any increase in the demand for real GDP can only lead to rising prices in the long run, while any increase in output is temporary.