Sentence examples for continual interaction from inspiring English sources
But virtually all interesting economic games involve continual interaction between players.
The popularity of season-long fantasy sports stagnated as fans became accustomed to instant gratification and continual interaction in every walk of life.
During the process of continual interaction, employees may develop feelings of trust, confidence, and dependence toward their supervisors and coworkers.
The chapter examines the role of continual interaction with stakeholders as the software requirements are translated into the software architecture.
Recent research has begun to shed new light on the development of bone metastases, as well as on the continual interaction between cancer cells and active bone.
We supposed that because physiologic rhythms fluctuate over time because of continual interaction between the environment and the internal control mechanisms [ 9, 10], different causes of systemic inflammatory response might alter the dynamic behavior of body temperature.
The experiences of day-shift workers may be different from those who work other shifts, although, based on the qualitative findings carried out with workers from all shifts and the continual interactions with workers throughout the 60-day period, these findings likely reflect the experiences of most DCPDC workers.
Great pains are taken, meanwhile, to afford the elephants both a sense of safety and freedom of choice — two mainstays of human trauma therapy — as well as continual social interaction.
So, for Salmon the spotlight spot does not transmit energy in the absence of interactions, but involves a continual string of interactions.
This show traces it in images that in one way or another refer to a foundation myth that envisions the cosmos as composed of sea, sky and land in a continual process of interaction.
At sufficient distances from the collision surface (to avoid continual particle-surface interaction) e can be defined by: {e}^2=1-frac{K{E}_{incident}- K{E}_{rebound}}{K{E}_{incident}}={left(frac{v_{rebound}}{v_{incident}}right)}^2 (7)where KE is the kinetic energy of the particle and v is the particle velocity.
