It may assume either a finite number of values or an infinite sequence of values1 pointcontinuous random variablediscrete random variablediscrete probability variableWhich of the following is an ordinal variable?1 pointBlood TypeNo. of Phone calls receivedLevel of PainIt summarizes the variability in the values of a random variable.1 pointstandard deviationvarianceexpected valueIt is commonly used to model financial data where the tally is small and often zero.1 pointPoissonBernoulliBinomialThe use of the relative frequency method to develop discrete probability distributions leads to what is called _____________.1 pointintervalsempirical discrete distributionrandom variablesIt shows the proportion of the total number of observations associated with each value or class of values and is related to a probability distribution, which is extensively used in statistics1 pointDiscrete ProbabilityDiscrete Random VariableRelative Frequency DistributionWhich of the following is a discrete variable?1 pointNo of patients in a hospital wardCustomer RatingsOccupationA bar chart is used when the variable being used in FDT is ______________1 pointdiscrete variablecontinuous variablenominal variableEmail*Your answerA weighted average of the values the random variable may assume. 1 pointexpected valuestandard deviationvarianceThe expected value does not have to be a value the random variable can assume1 pointTrueFalseLastname*Your answerFirstname*Your answerIn this distribution, data are collected in one of two forms after repetitive trials and classified into either success or failure. 1 pointPoissonBinomialMultinomialIt is a modeling technique that identifies the probabilities of different outcomes through programmed technology.1 pointMonte Carlo SimulationPoisson DistributionHypergeometric Probability DistributionWhich of the following is not a continuous random variable?1 pointNo. of male faculty at UEPHeight of an adultLifetime of a light bulbLine chart is used when the variable being used in FDT is ________________1 pointordinal or discrete variablenominal or ordinal variablecontinuous variableAre quantitative variables that take on a finite or countable number of distinct values1 pointdiscrete variablenominal variableordinal variable
Question
It may assume either a finite number of values or an infinite sequence of values1 pointcontinuous random variablediscrete random variablediscrete probability variableWhich of the following is an ordinal variable?1 pointBlood TypeNo. of Phone calls receivedLevel of PainIt summarizes the variability in the values of a random variable.1 pointstandard deviationvarianceexpected valueIt is commonly used to model financial data where the tally is small and often zero.1 pointPoissonBernoulliBinomialThe use of the relative frequency method to develop discrete probability distributions leads to what is called _____________.1 pointintervalsempirical discrete distributionrandom variablesIt shows the proportion of the total number of observations associated with each value or class of values and is related to a probability distribution, which is extensively used in statistics1 pointDiscrete ProbabilityDiscrete Random VariableRelative Frequency DistributionWhich of the following is a discrete variable?1 pointNo of patients in a hospital wardCustomer RatingsOccupationA bar chart is used when the variable being used in FDT is ______________1 pointdiscrete variablecontinuous variablenominal variableEmailYour answerA weighted average of the values the random variable may assume. 1 pointexpected valuestandard deviationvarianceThe expected value does not have to be a value the random variable can assume1 pointTrueFalseLastnameYour answerFirstname*Your answerIn this distribution, data are collected in one of two forms after repetitive trials and classified into either success or failure. 1 pointPoissonBinomialMultinomialIt is a modeling technique that identifies the probabilities of different outcomes through programmed technology.1 pointMonte Carlo SimulationPoisson DistributionHypergeometric Probability DistributionWhich of the following is not a continuous random variable?1 pointNo. of male faculty at UEPHeight of an adultLifetime of a light bulbLine chart is used when the variable being used in FDT is ________________1 pointordinal or discrete variablenominal or ordinal variablecontinuous variableAre quantitative variables that take on a finite or countable number of distinct values1 pointdiscrete variablenominal variableordinal variable
Solution
It seems like you've pasted a quiz or a test here. I'll provide the answers to your questions:
- It may assume either a finite number of values or an infinite sequence of values - Discrete Random Variable
- Which of the following is an ordinal variable? - Level of Pain
- It summarizes the variability in the values of a random variable - Variance
- It is commonly used to model financial data where the tally is small and often zero - Poisson
- The use of the relative frequency method to develop discrete probability distributions leads to what is called - Empirical Discrete Distribution
- It shows the proportion of the total number of observations associated with each value or class of values and is related to a probability distribution, which is extensively used in statistics - Relative Frequency Distribution
- Which of the following is a discrete variable? - No of patients in a hospital ward
- A bar chart is used when the variable being used in FDT is - Discrete Variable
- A weighted average of the values the random variable may assume - Expected Value
- The expected value does not have to be a value the random variable can assume - True
- In this distribution, data are collected in one of two forms after repetitive trials and classified into either success or failure - Binomial
- It is a modeling technique that identifies the probabilities of different outcomes through programmed technology - Monte Carlo Simulation
- Which of the following is not a continuous random variable? - No. of male faculty at UEP
- Line chart is used when the variable being used in FDT is - Continuous Variable
- Are quantitative variables that take on a finite or countable number of distinct values - Discrete Variable
Please note that these answers are based on my understanding of the questions and the options provided. It's always a good idea to study and understand the concepts behind these answers.
Similar Questions
It may assume either a finite number of values or an infinite sequence of values1 pointcontinuous random variablediscrete random variablerandom variable
It may assume any numerical value in an interval or collection of intervals1 pointcontinuous random variablediscrete random variablerandom variable
Identify each of the following as examples of (1) nominal, (2) ordinal, (3)discrete, or (4) continuous variables:1 The length of time until a pain reliever begins to work.2 The number of chocolate chips in a cookie.3 The number of colors used in a statistics textbook.4 The brand of refrigerator in a home.5 The overall satisfaction rating of a new car.6 The number of files on a computer’s hard disk.7 The pH level of the water in a swimming pool.8 The number of staples in a stapler.ENNN (University of Ghana) STAT 111 January 17, 2021 27 / 67
Which among the following variable is considered Ordinal variable?1 pointtemperatureno. of students in a classlikert scale responses
Which of the following random variable that take on only a countable number of possibilities?(1 Point)DiscreteNon discreteContinuousAll of the above
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.