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WorksheetsHomework 4.5
Total questions: 150
Worksheet time: 7hrs 43mins
Classify -5
Integer
Integer and rational
Rational
Whole, integer, and rational
[10, -5, 3, 16, -1, 0, 1]
-64 , 3.5 , √27 , 6.666...
A. 5/8, 9/16, 5/12
B. 5/12, 9/16, 5/8
C. 9/16, 5/12, 5/8
D. 9/16, 5/8, 5/12
How would you write 4.3756 x 104 in standard form?
437,560,000
0.00043756
43,756
437,560
How do you write
8.317 x 106
in standard form?
8, 371, 000, 000
83, 170, 000
837, 100
8, 317, 000
A
B
C
D
y = 2x - 3
y = -3x + 4
y = 1/2x + 7
y = -7/8x - 5
Which best describes the graph represented in this table?
Is this table proportional or non-proportional?
The cell phone rate is $9.99 each month and 3 cents a minute
The video game rental fee is $15 plus $3 per day.
Sides a and b are called legs.
true
false
Side c on a right triangle is ALWAYS the longest.
true
false
Which equation reflects the right triangle shown?
x2 + 142 = 202
142 + 202 = x2
142 – 202 = x2
x2 – 142 = 202
What is the length of the hypotenuse in the triangle shown?
3
4
5
8
4, 5, 6
Is this a right triangle?
If a right triangle has side lengths 6, 6.7 and 3, which side is the hypotenuse?
6
6.7
3
15.7
None of them
y=2x
What is the algebraic representation that describes this reflection?
( x , y )--> ( x , -y )
( x , y )--> ( -x , y )
( x , y )--> ( y , -x )
( x , y )--> ( -y , x )
What is the algebraic representation that describes this rotations?
( x , y )-->( -x , -y )
( x , y )-->( -x , y )
( x , y )-->( y , x )
( x , y )-->( y , -x )
What is the algebraic representation that describes this translation?
( x , y ) --> ( x , y + 4 )
( x , y ) --> ( x - 4 , y )
( x , y ) --> ( x , y - 4 )
( x , y ) --> ( x + 4 , y )
#9: Which transformation does NOT form congruent figures?
translations
reflections
rotations
dilations (enlargements & reductions)
What is the algebraic representation that describes this reflection?
( x , y )--> ( x , -y )
( x , y )--> ( -x , y )
( x , y )--> ( y , -x )
( x , y )--> ( -y , x )
What is the algebraic representation that describes this reflection?
( x , y )--> ( x , -y )
( x , y )--> ( -x , y )
( x , y )--> ( y , -x )
( x , y )--> ( -y , x )
What is the algebraic representation that describes this translation?
( x , y ) --> ( x + 1 , y + 1 )
( x , y ) --> ( x - 1 , y - 1 )
( x , y ) --> ( x + 1 , y - 1 )
( x , y ) --> ( x - 1 , y + 1 )
What is the algebraic representation that describes this translation?
( x , y ) --> ( x + 2 , y + 1 )
( x , y ) --> ( x - 2 , y - 1 )
( x , y ) --> ( x + 2 , y - 1 )
( x , y ) --> ( x - 2 , y + 1 )
What is the algebraic representation that describes this rotations?
( x , y )-->( x , -y )
( x , y )-->( -x , -y )
( x , y )-->( y , x )
( x , y )-->( y , -x )
What is the algebraic representation that describes this rotations?
( x , y )-->( x , -y )
( x , y )-->( -x , y )
( x , y )-->( -y , x )
( x , y )-->( y , -x )
What is the algebraic representation that describes this rotations?
( x , y )-->( x , -y )
( x , y )-->( -x , y )
( x , y )-->( y , x )
( x , y )-->( y , -x )
What is the algebraic representation for this dilation?
( x , y ) --> ( 3/2 x , 3/2 y )
( x , y ) --> ( 1.5 x , 1.5 y )
( x , y ) --> ( 2/3 x , 2/3 y )
( x , y ) --> ( 0.33 x , 0.33 y )
What is the algebraic representation for this dilation?
( x , y ) --> ( 3/2 x , 3/2 y )
( x , y ) --> ( 1.5 x , 1.5 y )
( x , y ) --> ( 2/3 x , 2/3 y )
( x , y ) --> ( 0.33 x , 0.33 y )
What is the algebraic representation for this dilation?
( x , y ) --> ( 25 x , 25 y )
( x , y ) --> ( 0.25 x , 0.25 y )
( x , y ) --> ( 2.5 x , 2.5 y )
( x , y ) --> ( x , y )
What is the algebraic representation for this dilation?
( x , y ) --> ( 3/7 x , 3/7 y )
( x , y ) --> ( 7/3 x , 7/3 y )
( x , y ) --> ( 3x , 7y )
( x , y ) --> ( x +3 , y +7 )
What is the algebraic representation for this dilation?
( x , y ) --> ( 6/3 x , 6/3 y )
( x , y ) --> ( 2 x , 2 y )
( x , y ) --> ( 6x , 3y )
( x , y ) --> ( x +3 , y +6 )
