Answer: Flow.
Explanation:
Mihály Csíkszentmihályi is an American psychologist who has worked in the area of positive psychology and has studied mental states such as fun, creativity, and happiness. It is also known by the theory of "Flow."
According to his theory, a state of "flow" or "being in the zone" occurs when a person is focused on an activity that they enjoy, to the point that their concentration is focused on what they are doing. This state is mostly experienced when doing a creative activity.
In this case, <em>Ivan enters "the zone" when he paints with watercolors, taking his concentration level to the maximum, so he is unable to perceive how time goes.</em>
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When we encounter a highly unusual event, we are particularly likely to notice and consider the event. As a consequence the event will be easy to recall, leading us to overestimate the likelihood of this type of event.
Judgemental heuristics are fundamentals or methods for making probability assessments or judgements easier. These heuristics are frequently very useful, but they can also lead to methodological problems. When we encounter a highly unusual event, we are more likely to notice and reflect on it. As a result, the event will be simple to recall, supposed to lead us to overestimate the likelihood of such an occurrence.
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Answer:
The correct answer is option C "design structured, rigid systems."
Explanation:
Unbending nature is the property of a structure that it doesn't twist or flex under an applied power. Something contrary to unbending nature is adaptability. In auxiliary inflexibility/regidity hypothesis, structures are shaped by assortments of items that are themselves unbending bodies, frequently expected to take basic geometric structures, for example, straight poles (line sections), with sets of articles associated by adaptable pivots. A structure is inflexible on the off chance that it can't flex; that is, if there is no persistent movement of the structure that safeguards the state of its unbending segments and the example of their associations at the pivots.
There are two basically various types of inflexibility or regidity. Limited or perceptible unbending nature implies that the structure won't flex, overlay, or curve by a positive sum. Minuscule unbending nature implies that the structure won't flex by even a sum that is too little to possibly be recognized even in principle. (In fact, that implies certain differential conditions have no nonzero arrangements.) The significance of limited inflexibility is self-evident, however microscopic unbending nature is additionally critical on the grounds that tiny adaptability in principle relates to genuine minute flexing, and subsequent crumbling of the structure.
