Answer:
Option b. A and B are conditionally independent given C2.
Explanation:
The conditional probability of an event is the probability that a given event will occur given that another event, say A has already occurred.
In a case where events A and B are independent (in this case, where the probability of A has no effect on the probability of B occurring), the conditional probability of an event B given that A has taken place is simply the probability of the event A.
If the two events are not independent, then the probability of an event occurs as an intersection of set A and B.
I disagree because you should never change the truth just a little because if you do your lying to yourself and everybody else.
Answer:
The correct answer is b. chain of command
Explanation:
A chain of command is a system of sending information characteristic of organizations with strong, vertical and authoritarian hierarchical structures, such as political-party and military organizations, where orders, rewards and penalties flow from the tip of the pyramid organizational to the base, and where it is expected that only the required information, entrusted activities and tasks flow to the top of it.