Sentence examples for instantly applied from inspiring English sources
The dynamics of a worm-gear set under instantly applied rotating angle are affected by several factors (including the friction force and elastic deformation of the surface between gear teeth).
That means any changes by the user to their MySpace profile data or friends list will be instantly applied across third parties who access the data.
Kuffner joked that it's as if you could take all the parenting you did on your first child and have that experience instantly applied to the next; almost like a shortcut past the terrible twos.
She instantly applied the same feverish, propulsive energy formerly reserved for pounding into mosh pits and brought it to the world of Italo and Acid.
You will see the style you selected instantly applied to the header space of your document, and you will see the text you are able to alter within the Quick Part(s) contained within your chosen header style.
This guide + tools provide proven principles and techniques for successful coaching enhanced by additional tools to instantly apply these concepts with your team.
Don't expect just a set of tools (which you will get by the way) you can go back and instantly apply to your company.
The Mill, an effects house based in London, recently used Arraiy's technology to create a system that could instantly apply effects that change the look of an automobile.
If the car seems on the verge of responding inappropriately -- for example, if the tail is about to swing out -- the system instantly applies the brake at a single wheel and reduces the speed to bring the car back under control.
The social network confirmed to TechCrunch that members of Refdash's leadership team are joining to work on Facebook's Jobs feature that lets business promote employment openings that users can instantly apply for.
In [2], motivated by the relation g ( x ) = 2 g ( 1 - 1 - x ) with g as in (2.9), the authors asked the question about the bounds for the function S t) defined by S ( t ) : = g ( t ) g ( 1 - 1 - t ), t ∈ ( 0, 1 ), where g(t):= tF a, b; a + b; t), a, b > 0. An answer follows instantly applying Corollary 3.8.
