1. Chapter 3 Review

2. #1
Mrs. Smith wants to buy some fruit, but is looking to get the best price. She wants to buy 6 apples, 3 bananas, 5 oranges, and 2 cantaloupes. Write a row matrix to represent this data.

3. #1
Mrs. Smith wants to buy some fruit, but is looking to get the best price. She wants to buy 6 apples, 3 bananas, 5 oranges, and 2 pineapples. Write a row matrix to represent this data.

4. Write a matrix to represent this data.#2
At Jewel, apples cost $0.75, bananas cost $.95, oranges cost $0.45, and cantaloupe costs $1.57. At Trader Joe’s, apples cost $0.80, bananas cost $.65, oranges cost $0.77, and cantaloupe costs $2.10.
Write a matrix to represent this data.

5. #2
At Jewel, apples cost $0.75, bananas cost $.95, oranges cost $0.45, and cantaloupe costs $ At Trader Joe’s, apples cost $0.80, bananas cost $.65, oranges cost $0.77, and cantaloupe costs $2.10.

6. Determine how much Mrs. Smith will spend at each store on fruit.#3
Determine how much Mrs. Smith will spend at each store on fruit.

7. #3
Determine how much Mrs. Smith will spend at each store on fruit.

8. #4
Mrs. Smith remembers her daughter is visiting from college with some friends and will need to double the amount of fruit she is buying. How much will she spend on her new amount of fruit from each store?

9. #4
Mrs. Smith remembers her daughter is visiting from college with some friends and will need to double the amount of fruit she is buying. How much will she spend on her new amount of fruit from each store?

10. #5
Transpose the following matrix. Be sure to include the labels on the sides!

11. #5

12. #6
Consider a small-ish woodland creature that has a life span of 24 months. Use the following information to calculate the number of newborns there will be.

13. #6
Consider a small-ish woodland creature that has a life span of 24 months. Use the following information to calculate the number of newborns there will be able 1 cycle.

14. #7
Create the Initial Population Matrix.

15. #7
Create the Initial Population Matrix.

16. #8
Create the Leslie Matrix.

17. #8
Create the Leslie Matrix.

18. #9
Find the population distribution after 5 cycles.

19. #9
Find the population distribution after 5 cycles.

20. #10
Find the total population after 5 cycles.

21. #10
Find the total population after 5 cycles.

22. #11
Find the long term growth rate.

23. #11
Find the long term growth rate.

24. Are you ready for the test??????