Spontaneous Prose - SET-UP. The object is set before the mind, either in reality. as in sketching (before a landscape or teacup or old face) or is set in the memory wherein it becomes the sketching from memory of a definite image-object. Spontaneous Prose - PROCEDURE. Time being of the essence in the purity of speech, sketching language is undisturbed flow from the mind of personal secret idea-words, blowing (as per jazz musician) on subje ...

See also:

Spontaneous Prose, Spontaneous Prose - Essentials of Spontaneous Prose, Spontaneous Prose - SET-UP, Spontaneous Prose - PROCEDURE, Spontaneous Prose - METHOD, Spontaneous Prose - SCOPING, Spontaneous Prose - LAG IN PROCEDURE, Spontaneous Prose - TIMING, Spontaneous Prose - CENTER OF INTEREST, Spontaneous Prose - STRUCTURE OF WORK, Spontaneous Prose - MENTAL STATE, Spontaneous Prose - Resources

Read more here: » Spontaneous Prose: Encyclopedia II - Spontaneous Prose - Essentials of Spontaneous Prose

See also:

Tide, Tide - Tidal terminology, Tide - Timing, Tide - Tidal physics, Tide - Tidal amplitude and cycle time, Tide - Tidal lag, Tide - Alternative explanation, Tide - Tides & fluids, Tide - Tides and navigation, Tide - Other tides

Read more here: » Tide: Encyclopedia II - Tide - Timing

time lag

1.    (Biofeedback) Lapse of time in the brain cells as they do their work as opposed to working simultaneously.

2.    A small lapse in time before the reaction of a dowser tool when picking up radiations from an earth object

(See also: Time lag, Body Mind and Soul)

The tide is the regular rising and falling of the ocean's surface caused by changes in gravitational forces external to the Earth. The main changing gravitational field is due to the Moon while a lesser field is caused by the Sun. Since tides generate currents of conducting fluids within the Earth's magnetic field, they affect in return the magnetic field itself. The loss of rotational energy of the earth, due to friction within the tides, and the gravitational effects caused by tidal deformations of the earth's body, ar ...

Including:

• Tide - Tidal terminology
• Tide - Timing
• Tide - Tidal physics
• Tide - Tidal amplitude and cycle time
• Tide - Tidal lag
• Tide - Alternative explanation
• Tide - Tides & fluids
• Tide - Tides and navigation
• Tide - Other tides

Read more here: » Tide: Encyclopedia - Tide

Bacterial growth is the process in which from a bacterial cell, two equivalent daughter cells are produced. In autecological studies, bacterial growth can be modeled with four different phases: lag phase (A), exponential or log phase (B), stationary phase (C), and death phase (D). Growth is shown as L = log(numbers) where numbers is the number of colony forming units per ml, versus T (time.) During lag phase, bacteria adapt themselves to growth conditions. It is the period where the indi ...

Read more here: » Bacterial growth: Encyclopedia - Bacterial growth

1mg, 2.5mg, 3mg, and 5mg capsules; 1mg/mL or 1mg/4mL liquid; .5mg and 3mg lozenges; 2.5mg sublingual tablets; 1mg, 2mg, and 3mg timed-release tablets Indicated for: insomnia jet lag sleep disorders Melatonin, 5-methoxy-N-acetyltryptamine, is a hormone produced by pinealocytes in the pineal gland (located in the brain) and also by the retina and GI tract. It is naturally synthesized from the amino acid tryptophan (derived from serotonin) by the enz ...

Including:

• Melatonin - Medical uses of melatonin
• Melatonin - Safety

Read more here: » Melatonin: Encyclopedia - Melatonin

An aerobot is an aerial robot, usually used in the context of an unmanned space probe. While work has been done since the 1960s on robot "rovers" to explore the Moon and other worlds in the Solar system, such machines have limitations. They tend to be expensive and have limited range, and due to the communications time lags over interplanetary distances, they have to be smart enough to navigate without disabling themselves. For planets with atmospheres of any substance, however, there is an alternative: the balloon. Flyi ...

Including:

• Aerobot - Basics of balloons
• Aerobot - The Venus Vega balloons
• Aerobot - The Mars aerobot effort
• Aerobot - JPL aerobot experiments
• Aerobot - JPL aerobot mission concepts

Read more here: » Aerobot: Encyclopedia - Aerobot

At the time of the American revolution and beyond, the technology and industry of the United States was lagging behind that of its European counterparts, although not by much. In the next century and a half, however, several waves of invention and growth would sweep the fledgeling nation, making its economy one of the largest and most modern in the world. United States technological and industrial history - Early industrialism. Until the 1820s, the United States was almost completely pre-industrial, with most manu ...

Including:

• United States technological and industrial history - Early industrialism
• United States technological and industrial history - Technology and invention
• United States technological and industrial history - Post-Civil War industrialism
• United States technological and industrial history - Railroads
• United States technological and industrial history - Growth of corporations
• United States technological and industrial history - 1920s

Read more here: » United States technological and industrial history: Encyclopedia - United States technological and industrial history

In statistics, autoregressive moving average (ARMA) models, sometimes called Box-Jenkins models after George Box and G. M. Jenkins, are typically applied to time series data. Given a time series of data Xt, the ARMA model is a tool for understanding and, perhaps, predicting future values in this series. The model consists of two parts, an autoregressive (AR) part and a moving average or (MA) part. The model is usually then referred to as an ARMA(p,q) model where p is the orde ...

Including:

• Autoregressive moving average model - Autoregressive model
• Autoregressive moving average model - Example: An AR1-Process
• Autoregressive moving average model - Calculation of the AR parameters
• Autoregressive moving average model - Moving average model
• Autoregressive moving average model - Autoregressive moving average model
• Autoregressive moving average model - Note about the error terms
• Autoregressive moving average model - Specification in terms of lag operator
• Autoregressive moving average model - Fitting models
• Autoregressive moving average model - Generalizations
• Autoregressive moving average model - Reference

Read more here: » Autoregressive moving average model: Encyclopedia - Autoregressive moving average model

Ignoring external forces, the ocean's surface defines a geopotential surface or geoid, where the gravitational force is directly towards the centre of the Earth and there is no net lateral force and hence no flow of water. Now consider the effect of added external, massive bodies such as the Moon and Sun. These massive bodies have strong gravitational fields that diminish with distance in space. It is the spatial differences in these fields that deform the geoid shape. This deformation has a fixed orientation relative to the influenci ...

See also:

Tide, Tide - Tidal terminology, Tide - Timing, Tide - Tidal physics, Tide - Tidal amplitude and cycle time, Tide - Tidal lag, Tide - Alternative explanation, Tide - Tides & fluids, Tide - Tides and navigation, Tide - Other tides

Read more here: » Tide: Encyclopedia II - Tide - Tidal physics

Tides and tidal effects happen in general whenever a mass with some volume moves in a gravitational field that is not uniform. This is, they always happen. For example, in one way or the other, all objects moving in space will see some form of tidal forces. By acting on an ideal rigid body, by definition tides will not deform the body. Many bodies which are moving within the solar system, for example, are not rigid but merely balls of gas or fluids, hovering in empty space (Sometimes they have a very thin solid crust). Tidal forces generate ...

See also:

Tide, Tide - Tidal terminology, Tide - Timing, Tide - Tidal physics, Tide - Tidal amplitude and cycle time, Tide - Tidal lag, Tide - Alternative explanation, Tide - Tides & fluids, Tide - Tides and navigation, Tide - Other tides

Read more here: » Tide: Encyclopedia II - Tide - Tides & fluids

Tidal flows are of profound importance in navigation and very significant errors in position will occur if tides are not taken into account. Tidal heights are also very important; for example many rivers and harbours have a shallow "bar" at the entrance which will prevent boats with significant draught from entering at certain states of the tide. Tidal flow can be found by looking at a tidal chart or tidal stream atlas for the area of interest. Tidal charts come in sets, each diagram of the set covering a single hour between on ...

See also:

Tide, Tide - Tidal terminology, Tide - Timing, Tide - Tidal physics, Tide - Tidal amplitude and cycle time, Tide - Tidal lag, Tide - Alternative explanation, Tide - Tides & fluids, Tide - Tides and navigation, Tide - Other tides

Read more here: » Tide: Encyclopedia II - Tide - Tides and navigation

In addition to oceanic tides, there are atmospheric tides as well as terrestrial tides (land tides), affecting the rocky mass of the Earth. Atmospheric tides may be negligible for everyday phenomena, drowned by the much more important effects of weather and the solar thermal tides. However, there is strictly no upper limit to the Earth's atmosphere, and the tidal pull increases with the distance from the Earth's centre. Theoretically, the Earth's atmosphere extends beyond the Roche limit of the Earth in the Moon's gravit ...

See also:

Tide, Tide - Tidal terminology, Tide - Timing, Tide - Tidal physics, Tide - Tidal amplitude and cycle time, Tide - Tidal lag, Tide - Alternative explanation, Tide - Tides & fluids, Tide - Tides and navigation, Tide - Other tides

Read more here: » Tide: Encyclopedia II - Tide - Other tides

In addition to oceanic tides, there are atmospheric tides as well as terrestrial tides (land tides), affecting the rocky mass of the Earth. Atmospheric tides may be negligible for everyday phenomena, drowned by the much more important effects of weather and the solar thermal tides. However, there is no strict upper limit to the Earth's atmosphere, and the tidal pull increases with the distance from the Earth's centre. Theoretically, the Earth's atmosphere extends beyond the Roche limit of the Earth in the Moon's gravitat ...

See also:

Tide, Tide - Tidal terminology, Tide - Timing, Tide - Tidal physics, Tide - Tidal amplitude and cycle time, Tide - Tidal lag, Tide - Alternative explanation, Tide - Tides & fluids, Tide - Tides and navigation, Tide - Other tides

Read more here: » Tide: Encyclopedia II - Tide - Other tides

The maximum water level is called "high tide" or "high water" and the minimum level is "low tide" or "low water". High water occurs as two bulges in the height of the oceans; one bulge faces the moon and the other, on the opposite side of the earth, faces away from the moon. For an explanation see below under Tidal physics. There are two low waters positioned at about 90° of longitude from the high waters. At any given point on the ocean, there are normally two high tides and two low tides each day. The common names of the two high tides ar ...

See also:

Tide, Tide - Tidal terminology, Tide - Timing, Tide - Tidal physics, Tide - Tidal amplitude and cycle time, Tide - Tidal lag, Tide - Alternative explanation, Tide - Tides & fluids, Tide - Tides and navigation, Tide - Other tides

Read more here: » Tide: Encyclopedia II - Tide - Tidal terminology

The origins of the holiday begin with the time of Rabbi Akiva. The Talmud (Yevamot 62:2) states that 24,000 of Rabbi Akiva's students died from a mysterious divine sent plague. The Talmud then goes on to say that this was because "they did not show proper respect to one another." Jews celebrate Lag Ba’omer as the traditional day that this plague ended. Others say that these students were killed in the Bar Kokhba's revolt (In which Rabbi Akiva was a major figure), the plague being the Roman plague. Viewed in this context, the lighting of bonfires on this evening seems logical, since in ancient times bo ...

See also:

Lag Ba'omer, Lag Ba'omer - Origins, Lag Ba'omer - Name, Lag Ba'omer - Customs and Practices, Lag Ba'omer - Lag Ba'omer in the Western Calendar

Read more here: » Lag Ba'omer: Encyclopedia II - Lag Ba'omer - Origins

Lag Ba’omer is special in the fact that none of the prohibitions of the Omer period are forbidden. It is a time of dancing and singing. Families go on picnics and outings. Children go out to the fields with their teachers with bows and (rubber-tipped) arrows, and bats and balls. Tachanun, the prayer for special Divine Mercy on one's behalf is not said, because when God is showing one a "smiling face," so to speak, as He does especially on the Holidays, there is no need to ask for special mercy. In Israel, at Meron, the burial place of Rabb ...

See also:

Lag Ba'omer, Lag Ba'omer - Origins, Lag Ba'omer - Name, Lag Ba'omer - Customs and Practices, Lag Ba'omer - Lag Ba'omer in the Western Calendar

Read more here: » Lag Ba'omer: Encyclopedia II - Lag Ba'omer - Customs and Practices

A lag is sometimes felt by the driver of a turbocharged vehicle as a delay between pushing on the accelerator pedal and feeling the turbo kick-in. This is symptomatic of the time taken for the exhaust system driving the turbine to come to high pressure and for the turbine rotor to overcome its rotational inertia and reach the speed necessary to supply boost pressure. The directly-driven compressor in a supercharger does not suffer this problem. Conversely on light loads or at low rpm a turbocharger supplies less boost and the engine is more e ...

See also:

Turbocharger, Turbocharger - Principle of operation, Turbocharger - Design details, Turbocharger - Reliability, Turbocharger - Lag, Turbocharger - Boost, Turbocharger - Applications

Read more here: » Turbocharger: Encyclopedia II - Turbocharger - Lag

A lag is sometimes felt by the driver of a turbocharged vehicle as a delay between pushing on the accelerator pedal and feeling the turbo kick-in. This is symptomatic of the time taken for the exhaust system driving the turbine to come to high pressure and for the turbine rotor to overcome its rotational inertia and reach the speed necessary to supply boost pressure. The directly-driven compressor in a supercharger does not suffer this problem. Conversely on light loads or at low rpm a turbocharger supplies less boost and the engine is more e ...

See also:

Turbocharger, Turbocharger - Principle of operation, Turbocharger - Design details, Turbocharger - Reliability, Turbocharger - Lag, Turbocharger - Boost, Turbocharger - Applications, Turbocharger - History

Read more here: » Turbocharger: Encyclopedia II - Turbocharger - Lag

In many real-world situations a monopsonist firm will have to maximise its profits through time, rather than instantaneously as in the previous static model. In all such cases, any short-run outcomes will have to be balanced against longer-run ones, and the resulting equilibrium may differ. The simplest dynamic model to bring out this idea, used in Boal and Ransom (1997), is one where the supply of labour to the firm reacts to wage changes with a lag, due for instance to information costs and search behaviour. Assume hence that the supply function has a distributed-lag sp ...

See also:

Monopsony, Monopsony - Overview, Monopsony - Static monopsony in a labour market, Monopsony - Welfare implications, Monopsony - Minimum wage, Monopsony - Wage discrimination, Monopsony - Dynamic problems, Monopsony - Empirical problems, Monopsony - The sources of labour monopsony power, Monopsony - Monopsony in product markets

Read more here: » Monopsony: Encyclopedia II - Monopsony - Dynamic problems