Sentence examples for each of the orbits from inspiring English sources

Each of the orbits contains 5,000 points after a transient time of 50. Figure 3 shows numerically that the equilibrium is stable when (beta=0.1) and that invariant closed curves appear when (beta=0.2) or (beta=0.45).

A supplementary table provides examples and guidance of when to use each of the ORBIT II classifications.

Each internal coefficient has one β associated with each component of the orbit average.

Hence, for each i, the orbit of f i ( d ) traverses each term of the orbit of d and vice versa (that is, the orbit of d traverses each term of the orbit of f i ( d ) ).

To see this, suppose 〈 f i ( e ) 〉 i = 0 ∞ has a term x in 〈 f i ( d ) 〉 i = 0 ∞ and also a term y that is not in 〈 f i ( d ) 〉 i = 0 ∞, then there will exist some i, such that the orbit of f i ( d ) does not traverse each term of the orbit of d, which would contradict the previous argument.

The middle third consists of the orbits, the lateral orbital region, nose, maxilla and zygoma.

Each of the two orbits evolves in a dynamical regime with distinct qualitative properties and distinct biological consequences.

Computed tomographic scan of the orbits indicated left preseptal cellulitis without evidence of orbital cellulitis.

The lateral margins of the orbits face laterally.

In each man's office, scale models of the Orbit have pride of place.

The opening angles of the orbit in each age group are plotted in figure 4. The mean opening angle of the orbit was 50.8±4.1° in 10 infants who were 6 months old, and this was significantly larger than that (45.2±1.9°) in 10 infants who were 3 years of age (p<0.001; Mann–Whitney U test).