Discrete Distribution (Playing Card Experiment) Quiz
The question sheet
Reveal any answer as you study-
What material is required for the empirical data procedure in this experiment?
- A spinner with four colors
- A pair of six-sided dice
- One full deck of playing cards
- A bag of colored marbles
Reveal answer
Answer: One full deck of playing cards
Source evidence
PDF page 274: • One full deck of playing cards
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What is used to perform the simulation part of the experiment?
- A programmable calculator
- A random number table
- A stopwatch
- A coin
Reveal answer
Answer: A programmable calculator
Source evidence
PDF page 274: • Programmable calculator
PDF page 274: Procedure for Simulation Repeat the experimental procedure using a programmable calculator.
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The experimental procedure for empirical data is to:
- Flip a coin ten times
- Roll two dice at once
- Pick one card from shuffled cards
- Deal five cards to each player
Reveal answer
Answer: Pick one card from shuffled cards
Source evidence
PDF page 274: Procedure for Empirical Data The experimental procedure for empirical data is to pick one card from a deck of shuffled cards.
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Which calculator command is used to generate 10 card draws with four suits?
- randInt(1,4,10)
- rand(4)
- randBin(10,4)
- randNorm(1,4)
Reveal answer
Answer: randInt(1,4,10)
Source evidence
PDF page 274: clubs. Generate 10 draws of cards with four suits with randInt(1,4,10).
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One student learning outcome is to demonstrate an understanding of:
- Confidence intervals
- Regression lines
- Continuous distributions
- Long-term probabilities
Reveal answer
Answer: Long-term probabilities
Source evidence
PDF page 274: • The student will demonstrate an understanding of long-term probabilities.
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Students compare empirical data and a theoretical distribution to determine if an everyday experiment fits a:
- Discrete distribution
- Normal distribution
- Uniform curve
- Exponential model
Reveal answer
Answer: Discrete distribution
Source evidence
PDF page 274: • The student will compare empirical data and a theoretical distribution to determine if an everyday experiment fits a
PDF page 274: discrete distribution.
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Another learning outcome asks students to compare a theoretical distribution with a:
- Historical data set
- Population census
- Technology-generated simulation
- Physical survey result
Reveal answer
Answer: Technology-generated simulation
Source evidence
PDF page 274: • The student will compare technology-generated simulation and a theoretical distribution.
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The theoretical distribution for X in the experiment is modeled as:
- X ~ U(_,_)
- X ~ N(_,_)
- X ~ P(_)
- X ~ B(_,_)
Reveal answer
Answer: X ~ B(_,_)
Source evidence
PDF page 274: . Theoretically, X ~ B(_____,_____).
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What abbreviation is defined as relative frequency?
- PF
- FR
- RF
Reveal answer
Answer: RF
Source evidence
PDF page 277: RF = relative frequency
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When calculating theoretical probabilities, answers should be rounded to:
- The nearest whole number
- Two decimal places
- Four decimal places
- Three decimal places
Reveal answer
Answer: Four decimal places
Source evidence
PDF page 277: Use the table from the Theoretical Distribution section to calculate the following answers. Round your answers to four decimal places.
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The theoretical PDF chart is built based on the distribution described in which section?
- The Discussion section
- The Procedure section
- The Simulation section
- The Histogram section
Reveal answer
Answer: The Procedure section
Source evidence
PDF page 276: a. Build the theoretical PDF chart based on the distribution in the Procedure section.
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Which quantity is calculated from the Theoretical Distribution table?
- RF(x = 3)
- P(x = 3)
- Mean of empirical data
- Simulation frequency
Reveal answer
Answer: P(x = 3)
Source evidence
PDF page 277: Use the table from the Theoretical Distribution section to calculate the following answers. Round your answers to four decimal places.
PDF page 277: • P(x = 3) = ________
Statistics
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