This document discusses domain and range for different types of functions including linear, quadratic, rational, and irrational functions. It provides examples of finding the domain and range for various functions. The key points are:
- The domain of a function is the set of valid x-values, while the range is the set of y-values.
- For linear, quadratic, and irrational functions, the domain is typically all real numbers, while the range depends on the specific function.
- For rational functions, the domain excludes values that make the denominator equal to zero, while the range typically includes all real numbers.
The document reviews key concepts about functions including domain, range, and evaluating functions. It provides examples of determining if a relation is a function using mapping diagrams and the vertical line test. It also gives examples of finding the domain and range of functions from graphs and equations. Practice problems are included for students to determine domains, ranges, and evaluate functions.
This document defines and discusses functions. It begins by defining a relation and function, noting that a function is a special type of relation where each input is mapped to exactly one output. It introduces function notation and discusses the domain, codomain, and range of a function. Examples are provided to illustrate determining if a relation defines a function. The document also covers identifying functions from equations or graphs, and the vertical line test. It concludes with a discussion of function notation and classwork assignments.
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The document discusses key concepts related to functions such as domain, range, input and output values. It provides examples of determining the domain and range of functions based on algebraic rules. The domain of a function is the set of all possible input values, while the range is the set of all possible output values. The domain and range may be all real numbers or limited depending on the specific function.
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The document contains information about functions including definitions, examples of graphs, the vertical line test to determine if a relation is a function, examples of finding the domain of functions from equations, and practice problems determining the domain of various functions. Vocabulary terms defined include function, domain, and range. Functions are described as rules that assign each input to exactly one output, usually through an equation.
This document discusses functions in Python. It defines functions as collections of statements that perform specific tasks. There are three types of functions: built-in functions, module functions, and user-defined functions. Built-in functions are predefined in Python, module functions are contained in .py files, and user-defined functions are created by the user. The document provides examples of various types of functions and how they can be called and used.
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The document discusses inverse trigonometric functions and how to define their inverses by restricting the domains of the trig functions. It explains that the sine function's inverse is defined on [-1,1] and the cosine function's inverse is defined on [0,π]. Similarly, the tangent function's inverse is defined on (-π/2, π/2). Graphs and examples of the inverse sine, cosine, and tangent functions are provided.
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1) A relation is represented by a set of ordered pairs and can also be represented in other ways like a table, mapping diagram, graph, or rule.
2) A function is a special type of relation where each element in the domain is mapped to exactly one element in the range.
3) Key aspects of relations and functions include their domain, range, and whether the correspondence is one-to-one, many-to-one, or one-to-many.
Any analytic function is locally represented by a convergent power series and is infinitely differentiable. Real analytic functions are defined on an open set of the real line, while complex analytic functions are defined on an open set of the complex plane. Both are infinitely differentiable, but complex analytic functions have additional properties like Liouville's theorem stating bounded complex analytic functions defined on the whole complex plane are constant. Real analytic functions do not have this property and their power series need only converge locally rather than on the entire domain.
1) Functions relate inputs to outputs through ordered pairs where each input maps to exactly one output. The domain is the set of inputs and the range is the set of outputs.
2) There are different types of functions including linear, quadratic, and composition functions. A linear function's graph is a straight line while a quadratic function's graph is a parabola.
3) Composition functions combine other functions where the output of one becomes the input of another. Together functions provide a powerful modeling tool used across many fields including medicine.
This document provides information about an Applied Calculus course taught by Imran Qasim at Mehran University of Engineering and Technology. The key points are:
1) The course covers topics in differential and integral calculus, including functions, limits, derivatives, integrals, and their applications.
2) Students are expected to have prior knowledge of functions, limits, and differentiation before taking the course.
3) The course contents will help students develop expertise in techniques for differentiation and integration, as well as apply calculus to solve real-world problems.
The document defines key concepts relating to functions and relations:
- A relation is a set of ordered pairs where the domain is the set of all x-values and the range is the set of all y-values.
- A function is a special type of relation where each x-value is assigned to exactly one y-value.
- Function notation uses f(x) to represent the output of a function f when the input is x.
- The domain of a function is the set of all valid input values that do not result in undefined outputs like division by zero or square roots of negative numbers.
The document discusses the definition of the derivative and the four-step rule for calculating derivatives. It defines the derivative as the slope of the tangent line to a function's graph at a given point and as the limit of the difference quotient. The four-step rule involves adding an increment to x and y in a function, isolating the change in y, dividing by the change in x, and taking the limit as the change in x approaches zero. The objective is to understand the concept of the derivative from its geometric interpretation and apply formulas to calculate derivatives of algebraic and transcendental functions.
This document provides an overview of advanced functions including power functions and characteristics of polynomial functions. Power functions are functions of the form f(x)=xa where a is a fixed number. Polynomial functions have characteristics like reflection, number of x-intercepts, end behavior, and number of maximum/minimum points that depend on whether the degree is odd or even. Finite differences can be used to determine the degree of a polynomial function from its table of values.
This document discusses functions and graphs. It begins by introducing the concept of a function and how functions are used to model real-world phenomena by relating one quantity to another. Examples are given such as relating distance fallen to time for a falling object. The document then discusses different types of functions like quadratic, polynomial, and rational functions. It provides guidelines for graphing these different function types by identifying intercepts, end behavior, maxima/minima, and asymptotes. The document also covers combining functions through composition and finding inverse functions. It concludes by discussing using functions to model real-world scenarios like relating crop yield to rainfall or fish length to age.
This document discusses sets, functions, and their properties. It defines a function as a relation where each element of the domain is mapped to exactly one element of the codomain. It describes the domain as the set of inputs, codomain as the set of possible outputs, and range as the set of actual outputs. The document provides examples of one-to-one, onto, and bijective functions and discusses their properties. It also gives examples of applications of functions in areas like ATM cards, money over time, and temperature.
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2. ï‚· When do we say that a function is linear, quadratic,
polynomial, rational, or radical?
ï‚· How can you find the domain and range of a function?
3. Domain of a function
the set of all values of the independent variable that have corresponding values
of the dependent variable
1
Example:
Consider the function .
The domain of is the set containing all the first coordinates.
4. Range of a function
the set of all values of that can be obtained from the possible values of
2
Example:
Consider the function .
The range of is the set containing all the second coordinates.
5. Linear function
a function that has a degree of 1 and whose graph is a straight line; the domain
and range of a linear function are both the set of real numbers
3
Example:
The functions and are linear functions.
6. Quadratic function
a function that has a degree of 2 and whose graph is a parabola; the domain of a
quadratic function is the set of real numbers
4
Example:
The functions and are quadratic functions.
7. Polynomial function
a function involving nonnegative integer powers of the independent variable; the
domain of a polynomial function is the set of real numbers; the range of a
polynomial function whose degree is odd is the set of real numbers
5
Example:
The functions and are polynomial functions.
Constant, linear, and quadratic functions are also polynomial
functions.
8. Rational function
a function that can be expressed as a ratio of two polynomials; the domain of a
rational function is the set of real numbers except the zeros of its denominator
6
Example:
The functions and are rational functions.
The domain of is the set of real numbers except .
The domain of is the set of real numbers except .
9. Radical function
a function that contains radical expressions; the domain of a radical function is
the set of real numbers except those that make the radicand of radicals with
even index negative
7
Example:
The functions and are radical functions.
What do you think are the domain of and the domain of ?
11. Answer:
The function is a linear function. The domain and range of
a linear function are both the set of the real numbers.
Therefore, the domain of the function is and its range is
also .
Example 1: Find the domain and range of the function .
13. Solution:
For a square root function to be defined, the radicand
must be nonnegative (i.e. greater than or equal to zero).
Example 2: Find the domain and range of .
Therefore, the domain of is and
its range is since the principal
square root a number is always
nonnegative.
15. Group Practice: To be done by 2-5 groups
A ball is thrown upward with an initial velocity of 32 ft/s from
a height of 10 ft. The height at any given time is given by
What is the domain and range of this function?
16. Domain of a function
the set of all values of the independent variable that have corresponding values
of the dependent variable
1
Range of a function
the set of all values of that can be obtained from the possible values of
2
Linear function
a function that has a degree of 1 and whose graph is a straight line; the domain
and range of a linear function are both the set of real numbers
3
17. Quadratic function
a function that has a degree of 2 and whose graph is a parabola; the domain of a
quadratic function is the set of real numbers
4
Polynomial function
a function involving nonnegative integer powers of the independent variable; the
domain of a polynomial function is the set of real numbers; the range of a
polynomial function whose degree is odd is the set of real numbers
5
Rational function
a function that can be expressed as a ratio of two polynomials; the domain of a
rational function is the set of real numbers except the zeros of its denominator
6
18. Radical function
a function that contains radical expressions; the domain of a radical function is
the set of real numbers except those that make the radicand of radicals with
even index negative
7