Specifically, the conceptual diagram graph 1 identifies only three boxes, two ellipses, and four arrows ( and their five labels ), whereas the picture 1 shows much more pictorial detail, with the scores of implied relationships as implicit in the picture rather than with the nine explicit details in the graph.

The diagram to the left shows the action of Blowfish.

The diagram to the upper right shows Blowfish's F-function.

The diagram on the right shows a game being played on the 2 × 2 board.

( This situation would correspond to diagram D .) Possibly the concavity of the water shows rotation relative to something else: say absolute space?

The diagram shows a healthy heart ( left ) and one suffering from right ventricular hypertrophy ( right ).

The previous image shows the original piston-and-cylinder diagram used by Carnot in discussing his ideal engines.

The figure at right shows a block diagram of a generic heat engine, such as the Carnot engine.

The image on the left shows a p-V diagram for the ideal Diesel cycle ; where is pressure and is specific volume.

This diagram shows a plane linearly polarized EMR wave propagating from left to right.

This 3D diagram shows a plane linearly polarized wave propagating from left to right

This 3D diagram shows a plane linearly polarized wave propagating from left to right.

The diagram shows a waveform from a simple class-C circuit without the tuned load.

Typical aerodynamic teardrop shape, assuming a viscous medium passing from left to right, the diagram shows the pressure distribution as the thickness of the black line and shows the velocity in the boundary layer as the violet triangles.

This schematic diagram of the rock cycle shows the relationship between magma and sedimentary, metamorphic, and igneous rock

The diagram on the right shows the first sequence.

The diagram on the right shows the second forcing sequence.

This diagram shows why white 20 was a blunder ; if it had been next to black 19 ( at the position of move 32 in this diagram ) then black 31 would not be a threat and so the forcing sequence would fail.

The diagram at right shows how Dolaucothi developed from c. 75 through to the 1st century.

Comprehensive diagram that shows the development of different blood cells from haematopoietic stem cell to mature cells

As the position of a star on the HR diagram shows its approximate luminosity, this relation can be used to estimate its radius.

The example diagram shows bipolar junction transistors.

The diagram ( right ) shows the basic parts of the modern plough:

The third-order intercept point ( TOI ) is a property of the device transfer function O ( see diagram ).

The chebyshev transfer function is defined by poles and zeros which are added by clicking on a graphical complex diagram.

The transfer ( 2 on diagram ) is initiated by firing the spacecraft's engine in order to accelerate it so that it will follow the elliptical orbit ; this adds energy to the spacecraft's orbit.

The diagram depicts the removal of the donor nucleus for schematic purposes ; in practice usually the whole donor cell is transferred. In genetics and developmental biology, somatic-cell nuclear transfer ( SCNT ) is a laboratory technique for creating a clone embryo with a donor nucleus ( see process below ).

Bandwidth measured at half-power points ( gain-3 dB, √ 2 / 2, or about 0. 707 relative to peak ) on a diagram showing magnitude transfer function versus frequency for a band-pass filter

Suppose there is a plant ( process ) with a transfer function expression P ( s ), and a forward controller with both an adjustable gain K and output expression C ( s ) as shown in the block diagram below.

MO diagram showing ligand to metal charge transfer for a d < sup > 6 </ sup > octahedral complex

The main achievement of the Shield of the Trinity diagram is to transfer a large part of the essential " mystery " or " paradox " of the Christian doctrine of the Trinity from the realm of complex verbal philosophical abstractions and esoteric theological vocabulary to the realm of simple logic, as presented in the relatively easily graspable form of a concrete and conveniently compact visual diagram.

* Inclination-vertical tilt of the ellipse with respect to the reference plane, measured at the ascending node ( where the orbit passes upward through the reference plane ) ( green angle i in diagram ).

* Longitude of the ascending node-horizontally orients the ascending node of the ellipse ( where the orbit passes upward through the reference plane ) with respect to the reference frame's vernal point ( green angle Ω in diagram ).

It is one half of an elliptic orbit that touches both the lower circular orbit that one wishes to leave ( labeled 1 on diagram ) and the higher circular orbit that one wishes to reach ( 3 on diagram ).

The diagram illustrates Ananke's orbit in relation to other retrograde irregular satellites of Jupiter.

The diagram illustrates its orbit in relation to other retrograde irregular satellites of Jupiter.

An overview of the type of behavior of the map at different parameter values may be obtained from its orbit diagram.

The diagram illustrates the Albiorigian orbit in relation to other prograde irregular satellites of Saturn.

A quasi-satellite's orbit around the Sun takes exactly the same time as the planet's, but has a different eccentricity ( usually greater ), as shown in the diagram on the right.

Includes adaptive optics image of primary, and satellite orbit diagram.

* orbit diagram for Linus

An elliptical orbit is depicted in the top-right quadrant of this diagram, where the gravity well | gravitational potential well of the central mass shows potential energy, and the kinetic energy of the orbital speed is shown in red.

A circular orbit is depicted in the top-left quadrant of this diagram, where the gravity well | gravitational potential well of the central mass shows potential energy, and the kinetic energy of the orbital speed is shown in red.

In the diagram on the right, the ellipse predicted by Newtonian gravity is shown in red, and part of the orbit predicted by Einstein in blue.

For example, the period one orbit only appears for values of around 4 and is never found again in the bifurcation diagram.

Kepler here introduces his famous diagram of the movement of Mars in relation to Earth if Earth remained unmoving at the center of its orbit.

The diagram shows that Mars ’ s orbit would be completely imperfect and never follow along the same path.