The phrase "a number of capabilities" is correct and usable in written English.
It can be used when referring to multiple skills, features, or functionalities that someone or something possesses.
Example: "The new software offers a number of capabilities that enhance user experience and productivity."
Alternatives: "several capabilities" or "various capabilities".
Each dimension contains a number of capabilities to assess.
This processor introduced a number of capabilities to x86 processors including 32-bit processing, protected memory, and task switching.
This requires that a number of capabilities be built into the robot and robot interface, including voice recognition, natural language and gesture understanding, a cognitive model, and behaviors supporting dynamic autonomy.
To back up his criticism, he quoted a Democratic senator who wrote to the White House that cuts in military research were "real and dangerous, and have slowed the development of a number of capabilities that will be needed by our war fighters in their near future".
For example, MDL Molfiles provide a number of capabilities for specifying chemical queries [55] as atom and bond annotations.
But Liftoff offers a number of capabilities in this area, including the ability to target people who are similar to your most active users.
These savings reflect the significant reduction in material handling costs that results when several machine tools with a number of shared capabilities are distributed, making their capabilities easily accessible from different regions of the layout.
Another approach is the so-called "capability approach" that uses a number of basic capabilities (see e.g. Sen 1993; for an overview see Robeyns 2011), rather than formal rights, as standard for evaluating institutions, including markets.
By incorporating pressure sensing and pneumatic inflation of ergonomically configured pouches, a number of adaptive capabilities are enabled.
In particular, the advent of room-temperature wavelength-tunable mid-infrared semiconductor lasers (e.g., interband- and quantum-cascade lasers) and hyperspectral light sources (e.g., MEMS VCSELs, Fourier-domain mode-locked lasers, dispersed supercontinuum, and frequency combs) has provided a number of unique capabilities that combustion researchers have exploited.
