.30*200*15= 900
.50*320*30= 4,800
.20*410*40= 3,280
Total= 8,980
Probability (and probability based models) are used in business scenarios to make decisions under uncertainty. A good example is maintaining safety stocks of inventory when there is a probability that the demand for product might be higher than the supply. Another application is in financial markets where the returns are not certain so people use probabilities to predict outcomes and hedge against uncertainties.
"Equally likely" refers to a situation in probability where two or more outcomes have the same chance of occurring. For example, when flipping a fair coin, the outcomes of heads and tails are equally likely, each having a probability of 50%. This concept is fundamental in probability theory and is often used to simplify calculations and assumptions in various scenarios.
C1, C2, C3, C4The number of combinations is 4 base 2, or 16.There are 4 possible scenarios where you get 3 heads.So the odds are 4:16, or 1:4.
Actuaries use probability to assess risk and uncertainty in various financial and insurance scenarios. By applying statistical models and probability theory, they evaluate the likelihood of events such as accidents, natural disasters, or mortality rates, which helps in setting premiums and reserves. This probabilistic analysis enables actuaries to make informed decisions about pricing, product development, and long-term financial planning. Ultimately, it allows organizations to manage risk effectively and ensure financial stability.
The Central Limit THeorem say that the sampling distribution of .. is ... It would help if you read your question before posting it.
Which of the following scenarios depict a workgroup network
Different native plants developed in different hemispheres
What are the scenarios?
The outcome in Stata may vary across different scenarios or conditions.
We assume a 6 sided fair die. Now, note that the probability of rolling any number is independent of the probability of the outcome on the next role of the die. In probability terms we say the two events are independent this implies that is we look at the probability of A and the probability of B the probability of A and B is P(A)xP(B) Since we are look at the probability of a 5 and there are 6 possible outcomes, the probability of a 5 is 1/6 and a similar argument tells us the probability of a 2 is 1/6. Now, since they are independent, the probability of a 5 AND a 2 is 1/6 x 1/6=1/36 If you want to consider dice with different shapes and fewer than 6 numbers, the answer will change. I have considered only a 6 sided fair die since if one understands how this works, one can generalize to other scenarios. The commonly used die is called a cubic polyhedron. Dice come as many different polyhedra and these make for interesting probability questions.
Probability (and probability based models) are used in business scenarios to make decisions under uncertainty. A good example is maintaining safety stocks of inventory when there is a probability that the demand for product might be higher than the supply. Another application is in financial markets where the returns are not certain so people use probabilities to predict outcomes and hedge against uncertainties.
When two outcomes have the same probability, they are said to be equally likely. This means that if an experiment or situation were repeated many times, each outcome would occur with the same frequency over the long run. For example, in a fair coin toss, the probability of landing on heads is equal to the probability of landing on tails, both being 50%. Such scenarios are often analyzed in probability theory and statistics to understand random processes.
Meteorologists use probability to communicate the likelihood of certain weather events occurring, such as rain or thunderstorms. By providing a probability percentage, they can convey the level of confidence in their forecasts to the public. This helps people make informed decisions based on the potential risk of various weather scenarios.
Probability is used in these mediums to predict outcomes of events such as elections, sports matches, or economic trends. This helps in creating engaging content and informing the audience about potential future scenarios. Additionally, probability can be used to evaluate the credibility of sources and stories presented in the news.
"Equally likely" refers to a situation in probability where two or more outcomes have the same chance of occurring. For example, when flipping a fair coin, the outcomes of heads and tails are equally likely, each having a probability of 50%. This concept is fundamental in probability theory and is often used to simplify calculations and assumptions in various scenarios.
Advantages of decision tree analysis: Easy to interpret, Possible scenarios can be easily added, Value of different scenarios can be determined.
They are completely different things. Auditing is for checking errors in cells and formulas. You can use it to do things like check what cells are being used by a formula or checking what formulas use a particular cell. Scenarios all you to keep various sets of values for particular cells and choose one set to put into the cells, and then swap them for another. It can be used to compare different scenarios and save those scenarios. You could use the same worksheet based on different currencies, and using different scenarios swap different currencies into the cells.