Sentence examples for a typical branch from inspiring English sources

On the other hand, walk into a typical branch office and you won't see all that much difference from the 1950s.

"They'll take a $50 loan, go to the market, buy a bunch of stuff, make meals at their restaurant and then two weeks later do it again," says Flannery of a typical Branch borrower.

Axillary branch is shared by most seed plants except Cycadales (Crane 1985), and a typical branch trace is formed by fusing two facing collateral bundles (Figure one hundred point two of Fahn 1982).

The structure is characterized according to each branch as follows: Let the length and diameter of a typical branch at some intermediate level k (k = 0, 1, 2, 3...m, where m is total level) be l k and d k, respectively, and introduce two scaling factors: β = d k+1/d k and γ = l k+1/l k, respectively.

A typical branch in the SULT1A gene tree had a ratio of 0.16, and the ratio was 0.23 on the branch separating extant SULT1A3/ 1A4 genes from the single SULT1A gene in the last common ancestor of hominoids.

Mini-max has a typical branching factor of 40 for chess which can be reduced by a factor of two using alpha-beta pruning.

The scheme has been applied to test five discharge policies for the Upper Milford Haven estuary in Wales, UK, a typical branching estuary.

In the basal state, microglia across different regions of the CNS possess a typical branching and ramified morphology that distinguishes them from tissue macrophages outside the CNS [38].

Wild-type secondary chloronemal filaments growing from caulonema showed a typical branching pattern under normal growth conditions, while pUBI Ppα-DOX-3 developed altered branching with two or more secondary chloronemal cells arising from one caulonemal cell.

c Very high-magnification SEM image of globular Au particle at the tip of each secondary branch of a typical branched ZnO nanowire.

Figure 10a and b presents FESEM image of the as-synthesized branched ZnO 1-D dendrite-like nanowires having branches with diameter of few tens of nanometers and lengths of a few micrometers at low and high resolution, respectively, whereas Fig. 10c exhibits the morphology of the ZnO nanowires with globular Au particle which act as catalyst for secondary branch of a typical branched ZnO nanowire.