In the absence of high-level goal activation, however, participants interpret feedback in terms of whether sufficient progress has yet been made, and thus they exert more effort after failure than success.
As part of the constructivist approach of education, feedback is considered to be a key component of the learning and assessment activity for the reflective construction of knowledge and lies in a transformed role for students in feedback and in a variety of forms: in targeting, generating and interpreting feedback and in communicating and engaging with it (Hounsell 2007).
Activation of a high-level goal via a slogan in an accounting report leads participants in my experiment to interpret feedback in terms of their commitment to the goal, and thus to exert more effort toward MAS revision after success than failure.
Experimental studies on decision making in dynamically complex simulated systems have shown that poor performance arises from decision makers' failure to correctly interpret feedback information due to the confounding effects of stock accumulation, time delays between decisions and actions, and non-linearities between system elements.
We speculate that awareness, implicit or otherwise, of the hot cognition involved in interpreting feedback can contribute to the hesitation many teachers/peers feel regarding the need to deliver feedback.
We also showed how tools such as CLDs can be used to explore social phenomena interlinked to governance of public health functions and interpret feedback loops that influenced the change in vaccination coverage.
However, the comments generated by participants suggest that both hot and cold cognition can influence one's perception of oneself and impact upon the way one interprets feedback from others just as readily as these influences have been found to impact upon people's perceptions of broader issues.
Instead, the organizations interpreted market feedback in a way that reinforced their strategic premises.
As in [12], where a different set of BCs were investigated, we point out that these nonlocal boundary conditions can be interpreted as feedback controls: for example, the BCs (4.1) can be seen as a control on the displacement at the left end and a device handling the shear force at.
Once you've interpreted the feedback, move forward to make a difference.
Finally, we did not investigate how the participants interpreted the feedback that was provided to them.
