In a pre post experimental design, secondary school students (N = 120) were randomly assigned to three different variations of rubric feedback incrementally graded with respect to the quantity of included feedback information: in condition 1, the rubric was handed out to the students to make learning goals transparent (transparency information).
The existence of an aeroacoustic feedback loop is finally confirmed by the systematic variation of the feedback loop resonance length, which is a crucial loop parameter.
In addition, the results show that the variation of vibration feedback alone is sufficient to elicit a percept of compliance.
Interestingly, we find that variation of the feedback strength (K1) has little effect on the oscillation period.
In the following, we first elaborate on the different types of use and then on the variations in the perceptions of feedback related to these differences in use.
In this paper, simulations with the IAP RAS climate model of intermediate complexity have been performed to study temporal variations of the climate-carbon cycle feedback parameter.
Conditions for existence of a global minimum are presented, and shown to depend crucially on the time variation of the actual feedback control used in the loop.
Therefore, even though the time variation of the climate feedback parameter is taken into account, the lack of the forcing efficacy factor (e.g., Masters 2014) may introduce bias in the ECS estimate.
This article argues that, by building upon objective layers of data and affording them with the complexity and variation of subjective, personal feedback, it is possible to gain a more holistic, novel understanding of the city, and of our presence within it.
By conducting atmospheric general circulation model (AGCM) experiments with a fixed SST pattern (scaled by the global mean surface temperature change), Andrews et al. (2015) verified that the time variation of the global feedback parameter develops from the evolving pattern of surface temperature change.
