The phrase "for both branches" is correct and can be used in written English.
It is often used to refer to something that applies to or involves two different groups or options. Here are some examples: - Our new policy applies for both branches of our company. - The discount is available for both branches of the store. - The new software update is compatible with both branches of the operating system. - We will need to hire more staff for both branches, as they are both experiencing high demand. - The event is open to members of both branches of the organization.
This would have ensured that Easter occurred on the same day for both branches of the church.
Head change coefficients for dividing and combining flows in a T-shape micro-junction are determined for both branches and discussed with respect to their physical meaning.
We found NIT68A to be well ordered in the crystal structure (Fig. 5a), except for the linker, and convincing electron density is present for both branches, including the entire D3-like arm extension (Fig. 5b).
She had consequently great money resources, as is shown by the epithet "wealthy" bestowed by the old poets on the place, and this enabled her, when traffic by sea became more common, to procure her navy and put down piracy; and as she could offer a mart for both branches of the trade, she acquired for herself all the power which a large revenue affords.
These mechanisms use the same exploration environment for both branches (data and instruction).
This kind of hierarchy allows us to evaluate instruction and data caches branches separately, although previous approaches have applied the same method for both branches of the hierarchy.
The contrasting branching tree versus braided stream models have been tested in a number of studies (e.g., Jordan and Shennan 2009; Tehrani and Collard 2002, 2009) resulting in the conclusion that there is evidence for both branching and blending in cultural lineages.
In the null model, the value of site class 0 is 0 ≤ ω ≤ 1 for both branch types, the value of site class 1 is ω = 1 for both branch types, and the value of site class 2 is ω = 1 for the background branches and is fixed to be ω = 1 for the foreground branches as well.
The results show that the most complex model, which allows for both branch-specific and family-specific rate variation, achieves the best fit, without overfitting.
Acceleration times for both branch PAs and their average were calculated as the time from the onset of ejection to peak flow.
