An alternative method of defining a discrete probability is...

An alternative method of defining a discrete probability is to provide the actual sample space in a collection. For example, suppose a group of boys are observed to have heights represented by the array \#(60 54 606250 ). We can then ask for the height of a randomly selected boy. The following shows how a class SampleSpace might be used for this purpose: sample $\leftarrow$ SampleSpace new ; define: \#(60 546062 50) sample first 60 Produce a class description for SampleSpace.

An alternative method of defining a discrete probability is to provide the actual sample space in a collection. For example, suppose a group of boys are observed to have heights represented by the array \#(60 54 606250 ). We can then ask for the height of a randomly selected boy. The following shows how a class SampleSpace might be used for this purpose:
sample $\leftarrow$ SampleSpace new ; define: \#(60 546062 50) sample first
60
Produce a class description for SampleSpace.

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Key Concepts

Discrete Probability

Discrete probability involves the study of outcomes that can be counted, where each outcome is assigned a specific probability. This concept is fundamental in probability theory and is used to model experiments and events where the outcomes are distinct and separate, such as flipping a coin or rolling a die.

Sample Space

In probability theory, the sample space is the set of all possible outcomes of a random experiment. For discrete cases, this typically involves listing each individual outcome, allowing for the computation of probabilities by directly referencing this collection of outcomes.

Object-Oriented Programming

Object-oriented programming (OOP) is a programming paradigm that organizes software design around data, or objects, rather than functions and logic. OOP enables encapsulation, inheritance, and polymorphism, making it easier to model complex systems by defining classes that encapsulate both state and behavior.

Class Definition

A class definition in object-oriented programming specifies a blueprint for creating objects. It includes the declaration of attributes and methods that dictate how an object behaves and interacts with other parts of the program. In this context, a class like SampleSpace would encapsulate a collection of outcomes and provide methods to access and manipulate these outcomes.

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