Add the probabilities of the two events. If they're not mutually exclusive, then you need to subtract the probability that they both occur together.
The answer will depend on the trial - and possibly the fashion sense!
Two events that cannot occur at the same time are called mutually exclusive.
Yes.
If two events A and B are mutually exclusive, the special rule of addition states that the probability of one or the other event's occurring equals the sum of their probabilities. This rule is expressed in the following formula:Special Rule of Addition(5-2)Equation 5-2
Yes, they are. Mutually exclusive events cannot occur together. Complementary events cannot occur together either because an event and its complement are the negative of each other.
The definition of mutually exclusive events is that the events can't occur at the same time. For example, you can't flip a coin and get a head and a tail; they are mutually exclusive events.
It is the opposite of mutually exclusive. Potentially inclusive are events that can happen at the same time, as mutually exclusive events can't.
No, if two events are mutually exclusive, they cannot both occur. If one occurs, it means the second can not occur.
No because the term mutually exclusive implies the the trials that could result in these events are sequenced in time.
At most one of the events can occur.
Mutually exclusive events are considered two events that cannot coexist with one another, in other words, if the first event is happening the second just cannot. Determining the probability for mutually exclusive events can be done by using the formula P ( A and B ) = 0.
Yes.
Mutually exclusive means they are independent of one another. So, the two events are independent of one another.
No, independence means they are not related. Mutually exclusive means they cannot occur at the same time.
Yes.
Add the probabilities of the two events. If they're not mutually exclusive, then you need to subtract the probability that they both occur together.