Presentation is loading. Please wait.

Presentation is loading. Please wait.

Example 3 Inverse of a 3 x 3 Matrix Chapter 7.4 Find the inverse of.  2009 PBLPathways.

Published byKeanu Wisby Modified over 10 years ago

Similar presentations

Presentation on theme: "Example 3 Inverse of a 3 x 3 Matrix Chapter 7.4 Find the inverse of.  2009 PBLPathways."— Presentation transcript:

1 example 3 Inverse of a 3 x 3 Matrix Chapter 7.4 Find the inverse of.  2009 PBLPathways

2 Find the inverse of.

3  2009 PBLPathways Find the inverse of. R1  R1 2R1 + R2  R2

4  2009 PBLPathways Find the inverse of. R1  R2 2R1 + R2  R2

5  2009 PBLPathways Find the inverse of. R1  R2 2R1 + R2  R2

6  2009 PBLPathways Find the inverse of. R1  R2 2R1 + R2  R2

7  2009 PBLPathways Find the inverse of. R1  R2 2R1 + R2  R2

8  2009 PBLPathways Find the inverse of. R1  R2 2R1 + R2  R2

9  2009 PBLPathways Find the inverse of. R1  R2 2R1 + R2  R2

10  2009 PBLPathways -4R1 + R3  R3 2R2 + R3  R3

11  2009 PBLPathways -4R1 + R3  R3 2R2 + R3  R3

12  2009 PBLPathways -4R1 + R3  R3 2R2 + R3  R3

13  2009 PBLPathways -4R1 + R3  R3 2R2 + R3  R3

14  2009 PBLPathways -4R1 + R3  R3 2R2 + R3  R3

15  2009 PBLPathways -4R1 + R3  R3 2R2 + R3  R3

16  2009 PBLPathways -4R1 + R3  R3 2R2 + R3  R3

17  2009 PBLPathways -4R1 + R3  R3 2R2 + R3  R3

18  2009 PBLPathways -4R1 + R3  R3 2R2 + R3  R3

19  2009 PBLPathways -4R1 + R3  R3 2R2 + R3  R3

20  2009 PBLPathways -4R1 + R3  R3 2R2 + R3  R3

21  2009 PBLPathways R3 + R1  R1

22  2009 PBLPathways R3 + R1  R1

23  2009 PBLPathways R3 + R1  R1

24  2009 PBLPathways R3 + R1  R1

25  2009 PBLPathways R3 + R1  R1

26  2009 PBLPathways R3 + R1  R1

27  2009 PBLPathways R3 + R1  R1

Download ppt "Example 3 Inverse of a 3 x 3 Matrix Chapter 7.4 Find the inverse of.  2009 PBLPathways."

Similar presentations

Example 6 Advertising Chapter 7.3 A business plans to use three methods of advertising: newspapers, radio, and cable TV in each of its two markets, I and.

Example 6 Advertising Chapter 7.3 A business plans to use three methods of advertising: newspapers, radio, and cable TV in each of its two markets, I and.
Example 3 Market Equilibrium Chapter 2.3 Suppose the daily demand for a product is given by, where q is the number of units demanded and p is the price.

Example 3 Market Equilibrium Chapter 2.3 Suppose the daily demand for a product is given by, where q is the number of units demanded and p is the price.
Example 6 Course Grades Chapter 2.4 A student has taken four tests and has earned grades of 90%, 88%, 93%, and 85%. If all 5 tests count the same, what.

Example 6 Course Grades Chapter 2.4 A student has taken four tests and has earned grades of 90%, 88%, 93%, and 85%. If all 5 tests count the same, what.
Example 1 Matrix Solution of Linear Systems Chapter 7.2 Use matrix row operations to solve the system of equations  2009 PBLPathways.

Example 1 Matrix Solution of Linear Systems Chapter 7.2 Use matrix row operations to solve the system of equations  2009 PBLPathways.
Example 2 Finding an Inverse Matrix Chapter 7.4 Find the inverse of.  2009 PBLPathways.

Example 2 Finding an Inverse Matrix Chapter 7.4 Find the inverse of.  2009 PBLPathways.
Example 2 Manufacturing Chapter 7.1 A manufacturer of furniture has three models of chairs, Anderson, Blake, and Colonial. The numbers of hours required.

Example 2 Manufacturing Chapter 7.1 A manufacturer of furniture has three models of chairs, Anderson, Blake, and Colonial. The numbers of hours required.
Example 1 Solution by Elimination Chapter 7.1 Solve the system  2009 PBLPathways.

Example 1 Solution by Elimination Chapter 7.1 Solve the system  2009 PBLPathways.
Equation of a Tangent Line

Equation of a Tangent Line
Example 3 Peanut Production Chapter 4.2 Georgia’s production of peanuts has increased moderately in the last 10 years, but profit margins have been reduced.

Example 3 Peanut Production Chapter 4.2 Georgia’s production of peanuts has increased moderately in the last 10 years, but profit margins have been reduced.
Example 5 Home Mortgage Chapter 5.6 A couple that wants to purchase a home with a price of $230,000 has $50,000 for a down payment. If they can get a 25-year.

Example 5 Home Mortgage Chapter 5.6 A couple that wants to purchase a home with a price of $230,000 has $50,000 for a down payment. If they can get a 25-year.
Example 4 Home Mortgage Chapter 5.6 A couple who wants to purchase a home has $30,000 for a down payment and wants to make monthly payments of $2200. If.

Example 4 Home Mortgage Chapter 5.6 A couple who wants to purchase a home has $30,000 for a down payment and wants to make monthly payments of $2200. If.
Example 2 Credit Card Debt Chapter 2.1 It is hard for some people to pay off credit card debts in a reasonable period of time because of high interest.

Example 2 Credit Card Debt Chapter 2.1 It is hard for some people to pay off credit card debts in a reasonable period of time because of high interest.
Example 2 Future Value of an Annuity Chapter 5.6 Harry deposits $200 at the end of each month into an account that pays interest 12% per year, compounded.

Example 2 Future Value of an Annuity Chapter 5.6 Harry deposits $200 at the end of each month into an account that pays interest 12% per year, compounded.
Example 8 Average Cost Chapter 3.3 The average cost per hat for producing baseball hats is where x is the number of units produced. a.Determine the domain.

Example 8 Average Cost Chapter 3.3 The average cost per hat for producing baseball hats is where x is the number of units produced. a.Determine the domain.
Example 2 Height of a Ball Chapter 3.2 The height above ground of a ball thrown at 64 feet per second from the top of an 80- foot-high building is modeled.

Example 2 Height of a Ball Chapter 3.2 The height above ground of a ball thrown at 64 feet per second from the top of an 80- foot-high building is modeled.
Example 5 Inmate Population Chapter 1.4 The number of people (in millions) in U.S. prisons or jails grew at a constant rate from 1990 to 2000, with 1.15.

Example 5 Inmate Population Chapter 1.4 The number of people (in millions) in U.S. prisons or jails grew at a constant rate from 1990 to 2000, with 1.15.
Example 2 Depreciation Chapter 8.4 An automobile valued at $24,000 is depreciated over 5 years with the sum-of-the-years- digits depreciation method. Under.

Example 2 Depreciation Chapter 8.4 An automobile valued at $24,000 is depreciated over 5 years with the sum-of-the-years- digits depreciation method. Under.
Example 4 Solving a Quartic Equation Chapter 6.4 Solve the equation.  2009 PBLPathways.

Example 4 Solving a Quartic Equation Chapter 6.4 Solve the equation.  2009 PBLPathways.
Example 2 Finding the Maximum Volume Chapter 6.3 A box is to be formed by cutting squares x inches per side from each corner of a square piece of cardboard.

Example 2 Finding the Maximum Volume Chapter 6.3 A box is to be formed by cutting squares x inches per side from each corner of a square piece of cardboard.
Example 2 Cost-Benefit Chapter 6.5 Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate.

Example 2 Cost-Benefit Chapter 6.5 Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate.

Similar presentations

Ads by Google