The correct answer to this open question is the following.
Although the question is incomplete because it does not provide any options and further references, we can say that what Mary Parker Follett recommended in this situation are the following.
-Remember that you must have power with, not over your team. So when you ask Andrie and Marjorie, to write more, be sure to give them facts and information they need to understand the reason for your request.
-Get Destiny and Marjorie into one room. Have them present their vision of what a fundraising event should be, and then brainstorm with them to find ways to achieve both of their goals.
So as we see, what Follet recommends is an interesting way to resolve disputes in the workplace. Marjorie and his co-worker Destiny are two people that often disagree mostly on everything, so that is why they have to improve their working relationships in order to be more productive and alleviate the tensions. Otherwise, the heated arguments could erode even more the relationship and create resentfulness on the part of Destiny.
This is True - A.
This is true because values which are less far apart from the mean; two standards deviations being closer than three standard deviations from the mean, are also more likely to occur. This is best illustrated when viewing a Gauss curve or a normal bell curve.
<em>Answer:</em>
<em>self-regulation </em><em> </em>
<em>Explanation:</em>
<em><u>Self-regulation,</u></em><em> in psychology, is determined as a process in which an individual is capable of controlling his or her thoughts, behavior, and emotions in the tracking process of "long-term goals" i.e, an individual does things according to the demands of a specific situation. Therefore, it refers more significantly, to an individual's capability of managing disruptive impulses and emotions.</em>
<em><u>As per the question, Darren is displaying self-regulation in his actions.</u></em>
Newton's<span> first </span>law<span> states that every object will remain at rest or in uniform </span>motion<span> in a straight line unless compelled to change its state by the action of an external force. This is normally taken as the definition of inertia. ... For an external applied force, the change in velocity depends on the mass of the object.-google
my own words-it is mostly just saying that if a rock or ball is in one place then it will have to be moved by force and that will cause motion the external force or something other then the rock or ball being you and the </span>velocity depends on how hard you push or move the object
