Jack has 4 tiles and wants to fing out how many different shapes he can make with all of them.

College Algebra
1st Edition
ISBN:9781938168383
Author:Jay Abramson
Publisher:Jay Abramson
Chapter9: Sequences, Probability And Counting Theory
Section9.5: Counting Principles
Problem 5SE: Answer the following questions. 5. What is the term for the arrangement that selects r objects from...
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Jack has 4 tiles and wants to fing out how many different shapes he can make with all of them.
PM Tue Oct 26
AA
A homework.cpm.org
* Fe * Favorites
* Favorites
の自カプの顔が
CPM Learning Pla...
CPM 1 Lesson 1.2.4
CPM CPM EDUCATIONAL PROGRAM
E Home > CC1 > Chapter 1 > Lesson 1.2.4 > Problem 1-86
1-86.
Jack has four tiles and wants to find out how many different shapes he can make with them.
a. Sketch all of the arrangements that Jack could make with his tiles so that all of the tiles touch at lea
a side. Assume that no tiles can overlap. How many arrangements are there?
nt (a):
Can you find at least 5 different arrangements without counting those that are simply ra
other?
b. For each diagram that you drew in part (a), find the area (the “tiles") and the perimeter (the "toothpic
> OHint (b):
>1 The area is the number of tiles while the perimeter is the number of toothpicks surroundi
Use the eTool below to form the arrangements.
Click on the link at right for the full eTool version: 1-86 HW eTool
E
CPM Tiles
CC1 1-86 HW eTool
Directions:
Drag the blue tiles to make shapes
which touch on the sides.
1-86. Jack has four tiles and wants to
different chones he
find out ho
ビ、
Transcribed Image Text:PM Tue Oct 26 AA A homework.cpm.org * Fe * Favorites * Favorites の自カプの顔が CPM Learning Pla... CPM 1 Lesson 1.2.4 CPM CPM EDUCATIONAL PROGRAM E Home > CC1 > Chapter 1 > Lesson 1.2.4 > Problem 1-86 1-86. Jack has four tiles and wants to find out how many different shapes he can make with them. a. Sketch all of the arrangements that Jack could make with his tiles so that all of the tiles touch at lea a side. Assume that no tiles can overlap. How many arrangements are there? nt (a): Can you find at least 5 different arrangements without counting those that are simply ra other? b. For each diagram that you drew in part (a), find the area (the “tiles") and the perimeter (the "toothpic > OHint (b): >1 The area is the number of tiles while the perimeter is the number of toothpicks surroundi Use the eTool below to form the arrangements. Click on the link at right for the full eTool version: 1-86 HW eTool E CPM Tiles CC1 1-86 HW eTool Directions: Drag the blue tiles to make shapes which touch on the sides. 1-86. Jack has four tiles and wants to different chones he find out ho ビ、
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