Please help ASAP I will give BRAINILIST You can identify sample spaces for compound events using organized lists, tables, and tree diagrams. Which of the three methods do you find easiest to use? Which method is the most helpful? Why?

Use the Internet or another resource to find the definition of the Fundamental Counting Principle. What does this principle state? How can the principle be used to help you identify a sample space for a compound event? What are the limitations of using the Fundamental Counting Principle when determining the probability of an outcome? Support your answers with an example

Question: You can identify sample spaces for compound events using organized lists, tables, and tree diagrams. Which of the three methods do you find easiest to use? Which method is the most helpful? Why? Use the Internet or another resource to find the definition of the Fundamental Counting Principle. What does this principle state? How can the principle be used to help you identify a sample space for a compound event? What are the limitations of using the Fundamental Counting Principle when determining the probability of an outcome? Support your answers with an example

As we dive deeper into more complex probability problems, you may start wondering, can I figure out the total number of outcomes, also known as the sample space?" We will use a formula known as the fundamental counting principle to easily We were able to determine the total number of possible outcomes

Please mark brainliest!

As we dive deeper into more complex probability problems, you may start wondering, ... can I figure out the total number of outcomes, also known as the sample space?" We will use a formula known as the fundamental counting principle to easily ... We were able to determine the total number of possible outcomes

5   1/4   miles per hour

step-by-step explanation:

15   3/4 / 3 = 5   1/4