5. Two ping-pong balls are drawn at random and without replacement from a box containing two blue ping- pong balls(B1, B,) and three red ping-pong balls (R1, R2, R3) a. List the sample points. b. Assign probabilities to the sample points. c. Determine the probability of observing each of the following events: A: {Two blue ping-pong balls are drawn.} B: {A red and a blue ping-pong balls are drawn.} C: {Two red ping-pong balls are drawn.}

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5. Two ping-pong balls are drawn at random and without replacement from a box containing two blue ping-
pong balls(B1, B2) and three red ping-pong balls (R1, R2, R3)
a. List the sample points.
b. Assign probabilities to the sample points.
c. Determine the probability of observing each of the following events:
A: {Two blue ping-pong balls are drawn.}
B: {A red and a blue ping-pong balls are drawn.}
C: {Two red ping-pong balls are drawn.}
Transcribed Image Text:5. Two ping-pong balls are drawn at random and without replacement from a box containing two blue ping- pong balls(B1, B2) and three red ping-pong balls (R1, R2, R3) a. List the sample points. b. Assign probabilities to the sample points. c. Determine the probability of observing each of the following events: A: {Two blue ping-pong balls are drawn.} B: {A red and a blue ping-pong balls are drawn.} C: {Two red ping-pong balls are drawn.}
Provide the answer/solution on a long bond paper with format. Observe neatness and copy the
problem/question.
1. What is an experiment?
2. Define the sample space.
3. Give two probability rules for sample points.
4. How do
you
find the probability of an event made up of several sample points?
Transcribed Image Text:Provide the answer/solution on a long bond paper with format. Observe neatness and copy the problem/question. 1. What is an experiment? 2. Define the sample space. 3. Give two probability rules for sample points. 4. How do you find the probability of an event made up of several sample points?
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