MATH 140 WIR11 Introduction to Compound Interest

$MATH 140 WIR11 Introduction to Effective Yield$

MATH 140 WIR11 Introduction to Effective Yield

An introduction to effective yield

$MATH 140 WIR11 Introduction to the TVM Solver$

MATH 140 WIR11 Introduction to the TVM Solver

An introduction to using the TVM Solver on the TI-84 calculator

$MATH 140 WIR11 #5$

MATH 140 WIR11 #5

Calculating the future value of an account after three years of growth with simple interest versus compound interest

$MATH 140 WIR11 #7$

MATH 140 WIR11 #7

Calculating the future value of an investment for different compounding periods

$MATH 140 WIR11 #8$

MATH 140 WIR11 #8

Calculating the effective yields of two compound interest rates to determine which is the better investment

$MATH 140 WIR11 #9$

MATH 140 WIR11 #9

Calculating the future value of an investment with a compounded interest rate

$MATH 140 WIR11 #10$

MATH 140 WIR11 #10

Calculating the future value of an annuity and the amount of interest earned

$MATH 140 WIR11 #11$

MATH 140 WIR11 #11

Calculating the quarterly payment to obtain the desired future value of an annuity

$MATH 140 WIR11 #12$

MATH 140 WIR11 #12

Calculating how many years at a given interest rate to save so the future value is the desired amount

$MATH 140 WIR11 #13$

MATH 140 WIR11 #13

Calculating how long it takes to pay off a debt with compound interest and the total interest paid

$MATH 140 WIR11 #14$

MATH 140 WIR11 #14

Calculating how much money a company should set aside to make retirement payments for 25 years

$MATH 140 WIR11 #15$

MATH 140 WIR11 #15

Calculating payments and interest for the mortgage on a house

$MATH 140 WIR11 #16$

MATH 140 WIR11 #16

Calculating the quarterly payments, total payments, and interest earned for a sinking fund

$MATH 140 WIR11 #17$

MATH 140 WIR11 #17

Calculating the payments and total interest of a loan for different lengths of time

$MATH 140 WIR11 #18$

MATH 140 WIR11 #18

Calculating the values in an amortization table for a loan

$MATH 140 WIR11 #19$

MATH 140 WIR11 #19

Calculating the values in an amortization table for a home mortgage and the equity in the home at certain times

$MATH 140 WIR11 Introduction to Simple Interest$

MATH 140 WIR11 Introduction to Simple Interest

An introduction to simple interest

$MATH 140 WIR11 #1$

MATH 140 WIR11 #1

Calculating the simple interest for one month of a loan

$MATH 140 WIR11 #2$

MATH 140 WIR11 #2

Calculating the future value of an investment after four years of growth with a simple interest rate

$MATH 140 WIR11 #3$

MATH 140 WIR11 #3

Determining the simple interest rate given how much an investment increased over time

$MATH 140 WIR11 #4$

MATH 140 WIR11 #4

Calculating how much to invest at a simple interest rate to have a desired future value

$MATH 140 WIR1 #1$

MATH 140 WIR1 #1

Finding the dimensions of several matrices

$MATH 140 WIR1 #2$

MATH 140 WIR1 #2

Finding the values of entries in matrices

$MATH 140 WIR1 #3$

MATH 140 WIR1 #3

Evaluating expressions with matrices and entries of matrices

$MATH 140 WIR1 #4$

MATH 140 WIR1 #4

Computing expressions with matrices

$MATH 140 WIR1 #5$

MATH 140 WIR1 #5

Finding the values of variables that will make two matrices equal

MATH 140 WIR1 #6

Using matrices to represent inventory at the locations of a restaurant

$MATH 140 WIR1 #7$

MATH 140 WIR1 #7

Using matrix multiplication to calculate revenue

$MATH 140 WIR1 #8$

MATH 140 WIR1 #8

Calculating several matrix multiplications if possible

$MATH 140 WIR2 #2$

MATH 140 WIR2 #2

Writing the equation of a line that passes through two points

$MATH 140 WIR2 #1$

MATH 140 WIR2 #1

Finding the slope of a line through a pair of points

$MATH 140 WIR2 #3$

MATH 140 WIR2 #3

Writing the equation of a line with an undefined slope and a given point

$MATH 140 WIR2 #4$

MATH 140 WIR2 #4

Writing the equation of a line with a zero slope given a point

$MATH 140 WIR2 #5$

MATH 140 WIR2 #5

Finding the x and y-intercepts for a line

$MATH 140 WIR2 #6$

MATH 140 WIR2 #6

Solving for a constant so a line has a particular x-intercept

$MATH 140 WIR2 #7a$

MATH 140 WIR2 #7a

Graphing a line without using technology

$MATH 140 WIR2 #7b$

MATH 140 WIR2 #7b

Graphing a line without using technology

$MATH 140 WIR2 #7c$

MATH 140 WIR2 #7c

Graphing a line without using technology

$MATH 140 WIR2 #8a$

MATH 140 WIR2 #8a

Determining the change in y as x increases for a line

$MATH 140 WIR2 #8b$

MATH 140 WIR2 #8b

Determining the change in x as y decreases for a line

$MATH 140 WIR2 #9$

MATH 140 WIR2 #9

Determining the slope of a line given points containing a variable

$MATH 140 WIR2 #10$

MATH 140 WIR2 #10

Writing a function for the value of an item depreciating linearly over time

$MATH 140 WIR2 #11$

MATH 140 WIR2 #11

Finding linear functions for the cost, revenue, and profit of a business

$MATH 140 WIR2 #12a$

MATH 140 WIR2 #12a

Finding the linear cost function for a company

$MATH 140 WIR2 #12b$

MATH 140 WIR2 #12b

Finding the linear revenue function for a company

$MATH 140 WIR2 #12c$

MATH 140 WIR2 #12c

Finding the linear profit function for a company

$MATH 140 WIR2 #13$

MATH 140 WIR2 #13

Finding a linear demand equation

$MATH 140 WIR2 #14$

MATH 140 WIR2 #14

Finding a linear supply function

$MATH 140 WIR3 #1$

MATH 140 WIR3 #1

Finding the change in y as x increases for a given line

$MATH 140 WIR3 #2$

MATH 140 WIR3 #2

Using matrices to represent and solve a word problem

$MATH 140 WIR3 #3$

MATH 140 WIR3 #3

Writing a linear function representing the depreciation of a car

$MATH 140 WIR3 #4$

MATH 140 WIR3 #4

Finding the break-even point for a company given the profit function

$MATH 140 WIR3 #5$

MATH 140 WIR3 #5

Determining if matrices are in reduced row echelon form

$MATH 140 WIR3 #6$

MATH 140 WIR3 #6

Using matrix operations to solve a matrix equation

$MATH 140 WIR3 #7$

MATH 140 WIR3 #7

Determining if two matrices are the correct dimensions to be multiplied

$MATH 140 WIR3 #8$

MATH 140 WIR3 #8

Finding the correct dimensions of a matrix so it can be added to another matrix

$MATH 140 WIR3 #9$

MATH 140 WIR3 #9

Writing the augmented matrix for a system of linear equations

$MATH 140 WIR3 #10$

MATH 140 WIR3 #10

Determining if given values are solutions to a system of linear equations

$MATH 140 WIR3 #11$

MATH 140 WIR3 #11

Determining what row operation has been performed on a matrix

$MATH 140 WIR3 #12$

MATH 140 WIR3 #12

Solving a system of linear equations without using technology

$MATH 140 WIR3 #13$

MATH 140 WIR3 #13

Finding the solution to a system of linear equations by graphing

$MATH 140 WIR3 #14a$

MATH 140 WIR3 #14a

Using a TI-84 to solve a system of linear equations in three variables

$MATH 140 WIR3 #14b$

MATH 140 WIR3 #14b

Using a TI-84 to solve a system of linear equations in three variables

$MATH 140 WIR3 #15$

MATH 140 WIR3 #15

Finding the products of two matrices if they exist

$MATH 140 WIR3 #16$

MATH 140 WIR3 #16

Using matrices to represent a word problem and interpreting a matrix multiplication

$MATH 140 WIR3 #18$

MATH 140 WIR3 #18

Putting an augmented matrix in reduced row echelon form

$MATH 140 WIR3 #19$

MATH 140 WIR3 #19

Finding the cost, revenue, and profit equations for a given problem

$MATH 140 WIR3 #20$

MATH 140 WIR3 #20

Writing a system of equations for a given word problem

$MATH 140 WIR3 #17$

MATH 140 WIR3 #17

Answering questions about a demand and supply word problem

$MATH 140 WIR4 #1$

MATH 140 WIR4 #1

Setup the objection function and the constraints in a word problem for maximizing profits

$MATH 140 WIR4 #2$

MATH 140 WIR4 #2

Setup the objection function and the constraints in a word problem for maximizing wages

$MATH 140 WIR4 #3$

MATH 140 WIR4 #3

Graphing the solution set of an inequality with two variables

$MATH 140 WIR4 #4$

MATH 140 WIR4 #4

Graphing the solution set of an inequality with two variables

$MATH 140 WIR4 #5$

MATH 140 WIR4 #5

Graphing the solution set of system of linear inequalities

$MATH 140 WIR4 #6a$

MATH 140 WIR4 #6a

Write a system of inequalities for a region and find the corner points

$MATH 140 WIR4 #6b$

MATH 140 WIR4 #6b

Write a system of inequalities for a region and find the corner points

$MATH 140 WIR4 #6c$

MATH 140 WIR4 #6c

Write a system of inequalities for a region and find the corner points

$MATH 140 WIR4 #7$

MATH 140 WIR4 #7

Maximizing profit subject to a set of constraints

$MATH 140 WIR4 #8$

MATH 140 WIR4 #8

Maximizing wages subject to a set of constraints

$MATH 140 WIR5 #1$

MATH 140 WIR5 #1

Writing the initial simplex tableau for a linear programming problem if possible

$MATH 140 WIR5 #2$

MATH 140 WIR5 #2

Writing the linear programming problem which corresponds to an initial simplex tableau

$MATH 140 WIR5 #3$

MATH 140 WIR5 #3

Finding the variables for a given simplex tableau and determining if it is final

$MATH 140 WIR5 #4$

MATH 140 WIR5 #4

Finding the value of the slack variables in the simplex method given the optimal solution

$MATH 140 WIR5 #5$

MATH 140 WIR5 #5

Using the simplex method to solve a linear programming problem

$MATH 140 WIR5 #6$

MATH 140 WIR5 #6

Interpreting a final tableau of the simplex method for a word problem

$MATH 140 WIR5 #8$

MATH 140 WIR5 #8

Finding sample spaces and events of an experiment

$MATH 140 WIR5 #9$

MATH 140 WIR5 #9

Using set notation to describe given events

$MATH 140 WIR5 #10$

MATH 140 WIR5 #10

Shading a two circle Venn diagram for a given problem

$MATH 140 WIR5 #11$

MATH 140 WIR5 #11

Describing given events both verbally and symbolically using set notation

$MATH 140 WIR5 #7$

MATH 140 WIR5 #7

Finding the sample space of an event

$MATH 140 WIR6 #5$

MATH 140 WIR6 #5

Computing a probability distribution table to calculate the probability of given events

$MATH 140 WIR6 #1$

MATH 140 WIR6 #1

Writing a sample space for an experiment and determining the outcomes of various events

$MATH 140 WIR6 #2$

MATH 140 WIR6 #2

Determining the probability of certain events based on population data

$MATH 140 WIR6 #3$

MATH 140 WIR6 #3

Finding the probability of an event occurring based on given probabilities

$MATH 140 WIR6 #4$

MATH 140 WIR6 #4

Determining the resulting set of events based on the union, intersection, and complement of given events in a sample space

$MATH 140 WIR6 #6$

MATH 140 WIR6 #6

Creating the probability distribution for random variables and determining the expected value

$MATH 140 WIR6 #7$

MATH 140 WIR6 #7

Computing various probabilities based on a provided partial histogram

$MATH 140 WIR6 #9$

MATH 140 WIR6 #9

Setting up a linear programming problem and determining if the problem is a standard maximization problem

$MATH 140 WIR6 #8$

MATH 140 WIR6 #8

Calculating the probability distribution table and expected value for a dice game

$MATH 140 WIR 6 #10 1 & 2$

MATH 140 WIR 6 #10 1 & 2

Finding the pivot element of an initial simplex tableau and interpreting the final tableau

$MATH 140 WIR 6 #11$

MATH 140 WIR 6 #11

Writing the initial simplex tableau for a linear programming problem if possible

$MATH 140 WIR7 #1$

MATH 140 WIR7 #1

Writing a set in interval notation

$MATH 140 WIR7 #2a$

MATH 140 WIR7 #2a

Determining the domain and range of a relation and if the relation is a function

$MATH 140 WIR7 #2b$

MATH 140 WIR7 #2b

Determining the domain and range of a relation and if the relation is a function

$MATH 140 WIR7 #2c$

MATH 140 WIR7 #2c

Determining the domain and range of a relation and if the relation is a function

$MATH 140 WIR7 #3$

MATH 140 WIR7 #3

Using a graph to find specific values of a function

$MATH 140 WIR7 #4$

MATH 140 WIR7 #4

Finding function values and expressions given the rule or equation of the function

$MATH 140 WIR7 #5$

MATH 140 WIR7 #5

Determining if functions are polynomials and finding their properties

$MATH 140 WIR7 #6a$