Usted buscó: accomplish (Español - Inglés)

i could not accomplish all of this.
i could not accomplish all of this.

you can accomplish more by doing than saying
you can accomplish more by doing than saying

systems are characterized as a collection of objects which perform functions to accomplish a particular goal.
systems are characterized as a collection of objects that perform functions to accomplish a particular goal.

in particular, it refers to the illuminative, mystical sort of wisdom that a gnostic or sufi might accomplish.
in particular, it refers to the illuminative, mystical sort of wisdom that a gnostic or sufi might attain.

to accomplish a true mist aeroponics an enormous specialist pump had to be used and this had, in addition, scalability problems.
to accomplish true mist aeroponics a special pump had to be used which also presented scalability problems.

after the grant was established, gano cooperated with the shenandoah civic association and garc to accomplish the goal of reducing juvenile crime.
after the grant was established, gano ,the shenandoah civic association, and garc worked together to reduce juvenile crime.

* zach wylde, ""the english master of defence or, the gentleman's a-la-mode accomplish"".
*zach wylde, ""the english master of defence or, the gentleman's a-la-mode accomplish"".

as a means of mapping out the relevant territory for the study of how people accomplish their goals and attend to interpersonal relationships while using language, leech (1983) and thomas (1983) divided pragmatics into two components: pragmalinguistics and sociopragmatics. pragmalinguistics refers to the resources for conveying communicative acts and relational or interpersonal meanings
cbct device dependency on the transfer accuracy from computer-aided implantology procedures. dreiseidler t, tandon d, kreppel m, neugebauer j, mischkowski ra, zinser mj, zöller je. source department of craniomaxillofacial and plastic surgery, university of cologne, cologne, germany. timo.dreiseidler@uni-koeln.de abstract objectives: to evaluate the potential influence of different cone-beam computed tomography (cbct) devices on the transfer accuracy of an open-source system for computer-aided implantology (cai). material and methods: a total of 108 implants in 18 partially edentulous patient-equivalent models were planned and fully guided implants were inserted using an open-source cai system with three different cbct devices. after follow-up cbct and fiducial marker-matching procedure, linear horizontal, vertical, and maximal three-dimensional deviations, as well as angle deviations between the virtual planning data and the surgical results were calculated. variance analysis was carried out to prove whether or not the observed differences between the cbct devices were statistically significant. results: the observed mean three-dimensional deviation rates between virtually planned and achieved implant positions varied by around 400 μm (45%) at the implant's base and around 540 μm (50%) at the implant's tip in dependence to the applied cbct device. mean vertical deviations varied around 370 μm (76%) at the implant's base and 350 μm (69%) at the implant's tip, whereas axes deviations varied around 0.81° (40%) between the three investigated cbct devices. except for the axes deviations and the horizontal linear deviations at the implants base, observed differences reached significance level between the cbct devices. conclusions: until now, the potential influence from different cbct devices on the transfer accuracy of cai systems has not yet been investigated. data from the present study confirm for the first time the in vitro cbct device dependency on the transfer accuracy of cai systems reaching up to axes deviations of 0.6 angle degree and linear deviations around half a millimeter.