Answer:
In "smoke-filled room" studies, smoke billowed from a vent in a room. If the research participant in the room was alone, he or she was more likely to get help quickly. If the participant was with a crowd, he or she was likely to either take much longer to get help or not get help at all.
Explanation:
This experiment was conducted by John Darley and Bibb Latané during the 1960s, Columbia University, participants were told to fill questionaries while in a room if the participant was alone in all of the cases they run to the hall to tell someone about the smoke, but in the other part of the experiment the participant was in a room with other people which were confederates of the researchers, and were told to say or do nothing about the smoke, and to say they did not know if they were asked about it, in this part of this experiment 9 of 10 participants stayed quiet and finished the test watching the smoke but refusing to move because of the social pressure.
Answer:
According to Aristotle, the friendship of virtue and good will probably be the rarest in number.
Explanation:
Aristotle describes friendship is the reciprocated sharing of goodwill between two people. He classified friendship into three types – friendship of utility, friendship of pleasure, friendship of virtue and good.
According to him, friendship of virtue and good is of the highest value and the rarest in number. It is the only selfless type of friendship where one individual wants and does only what is good to the other person and only for the sake of the other person.
It is completely based on the goodwill between the friends based on true constructive selfless friendship. In this type, each friend encourages, supports, nurtures, celebrates, honors, and sustains the other one.
One needs to be truly sincerely virtuous to his/her friend to maintain friendship of virtue and good and this becomes the rarest in number.
I believe the answer is so she could share her story with other people faster. As you know stuff goes around the internet fast.
The correct answer for the question that is being presented above is this one: "TRUE." The probability that event A will occur is P<span>a = Number of successful outcomes / total number of all possible outcomes.</span><span> This is true to the probability formula.</span>
