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Matrix Madness! Matrix Madness!

Matrix Madness! - PowerPoint Presentation

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Matrix Madness! - PPT Presentation

Write 2 matrices to organize the data BE sure to label Ms Gagliano has several students on the cross country team this year Mary who runs a mile in 8 min and 30 sec ran 45 miles on Monday and 42 miles on Tuesday ID: 558159

matrix miles multiply bag miles matrix bag multiply monday tuesday find mile min runs factory work ran sec yards

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Slide1

Matrix Madness!Slide2

Write 2 matrices to organize the data!!!!! BE sure to label!!

Ms.

Gagliano has several students on the cross country team this year. Mary, who runs a mile in 8 min. and 30 sec. ,

ran 4.5 miles on Monday and 4.2 miles on Tuesday

.

Jessica

, who runs a mile in

7 minutes and 45 sec

., ran

4 miles on Monday and 3.75 miles on Tuesday

.

Violet

, who runs a mile in

9 min 15 sec

., ran

5 miles on Monday but missed practice on Tuesday

.

Amanda

is the fastest and runs a mile in

5 min. and 45 sec

. She

ran 3.5 miles on Monday and 5 miles on Tuesday

.

BE SURE TO SET THEM UP IN SUCH A WAY THAT YOU CAN MULTIPLY THEM TOGETHER!Slide3

Hint:

ONE MATRIX should contain their distances

and

ONE MATRIX SHOULD CONTAIN HOW FAST THEY RUN

REMEMBER

:

BE SURE TO SET THEM UP IN SUCH A WAY THAT YOU CAN MULTIPLY THEM TOGETHER!Slide4

Did you create a 2 x 4 and a 4 x 1?

OR

Did you create a 1 x 4 and a 4 x 2?Slide5

A 2x4 MATRIX

Mary

Jessica

Violet

Amanda

#

of Miles Run on Monday

4.5

4

5

3.5

# of Miles Run on Tuesday

4.2

3.705

TIME PER MILE IN MINUTES

MARY

8.5

JESSICA7.75VIOLET9.25AMANDA5.75Slide6

A 4

x2 MATRIX

# of Miles run on MONDAY# of

Miles run on TUESDAY

MARY

4.5

4.2

JESSICA

4

3.75

VIOLET

5

0AMANDA3.55

MARY

JESSICAVIOLETAMANDA

TIME PER MILES IN MINUTES8.5

7.759.255.75Slide7

How many total minutes did the students in Ms.

gagliano’s class run on Monday and on Tuesday?

Ms. Gagliano has several students on the cross country team this year. Mary, who runs a mile in 8 min. and 30 sec

. ,

ran 4.5 miles on Monday and 4.2 miles on Tuesday

.

Jessica

, who runs a mile in

7 minutes and 45 sec

., ran

4 miles on Monday and 3.75 miles on Tuesday

.

Violet

, who runs a mile in 9 min 15 sec., ran 5 miles on Monday but missed practice on Tuesday. Amanda is the fastest and runs a mile in 5 min. and 45 sec. She ran 3.5 miles on Monday and 5 miles on Tuesday.. Slide8

One possibilitySlide9

[135.625 min 93.5125 min]Slide10

Ms.

Gagliano wants to create 2

Halloween costumes, Mr. and Mrs. Incredible. She needs three different types of fabric for each. For Mrs. Incredible, she needs 2 yards of red spandex, 1.25 yards of black cotton, and .5 yards of yellow felt. For

Mr.

Incredible

, she needs

3.75

yards of red spandex,

1.75

yards of black cotton, and .5 yards of yellow felt. Slide11

Write one matrix to organize the data!

BE

sure to label!Slide12

Write a matrix and use it to find the total cost to make EACH costume if the

red spandex cost $10.50 a yard, black cotton costs $5.75 a yard and the yellow felt costs $3.99 a yard. Slide13

Write 1 matrix to organize the data

Mr. Incredible Mrs. IncredibleRed 3.75 2

Black 1.75 1.25Yellow .5 .5 Red Black Yellow

Mr. I 3.75 1.75 .5

Mrs. I 2 1.25 .5Slide14

[10.5 5.75 3.99]

Mr. Incredible Mrs. IncredibleRed 3.75 2

Black 1.75 1.25Yellow .5 .5 Red Black YellowMr. I 3.75 1.75 .5

Mrs. I 2 1.25 .5

[10.5

5.75

3.99]Slide15

[ $51.44 $30.19 ]

so, mr. I’s costume was $51.44 and Mrs. I’s Costume was $30.19Slide16

Let’s do #10 in your HW!

A manufacturing company that makes fine leather bags has 3 factories: one in New York, one in Nebraska, and one in California.One of the bags they make comes in 3 styles – handbag, standard shoulder bag and roomy shoulder bag.

The production of each bag requires 3 kinds of work – cutting the leather, stitching the bag and

finishing the bag,Slide17

Matrix T gives the time (in hours) of each type of work required to make each bag type:

cutting

stitching

finishing

handbag

0.4

0.6

0.4

standard

0.5

0.8

0.5

roomy

0.61.00.6Slide18

Matrix P gives daily production capacity of each of the factories:

HANDBAG

SHOULDER

ROOMY

NEW YORK

10

15

20

NEBRASKA

25

15

12

CALI

20

12

10Slide19

Matrix

W provides the hourly wages of the different workers at each factory

Cutting

Stitching

Finishing

NEW

YORK

7.50

8.50

9.00

NEBRASKA

7.00

8.00

8.50

CALI8.409.60

10.10Slide20

MATRIX

D contains the total orders received at each factory for the months of june and may

MAY

JUNE

HANDBAG

600

800

STANDARD

800

1,000

ROOMY

400

600Slide21

Matrix T can be described as ( BAG x WORK) matrix

Your job: Describe matrix D, W and P with words.Slide22

Matrix T can be described as ( BAG x WORK) matrix

Your job: Describe matrix D, W and P with words.Slide23

Find the hours of each type of work needed each month to fill all orders.

Tell me who to Multiply?Slide24

Find the hours of each type of work needed each month to fill all orders.

Tell me who to Multiply?Slide25

Find the production cost per bag at each factory.

Tell me who to Multiply?Slide26

Find the production cost per bag at each factory.

Tell me who to Multiply?Slide27

Find the cost of filling all may orders at the

nebraska factory.Tell me who to Multiply?Slide28

Find the cost of filling all may orders at the

nebraska factory.Tell me who to Multiply?Slide29

Find the daily hours of each type of work needed at each factory.

Tell me who to Multiply?Slide30

Find the daily hours of each type of work needed at each factory.

Tell me who to Multiply?