[T] Find transformations T a , 0 : R 2 → R 2 , T a , 0 ( u , v ) = ( u + a v + v ) , where a ≠ 0 is a real number, is called a shear in the x-direction. The transformation , T b , 0 : R 2 → R 2 , T o , b ( u , v ) = ( u , b u + v ) , where b ≠ 0 is a real number, is calles a shear in the y -direction a. Find transformation T 0 , 2 ∘ T 3 , 0 b. Find the images R of the trapezoidal region bounded by u =0, v= 0, v =1, and v =2- u through the transformation T 0 , 2 ∘ T 3 , 0 c. Use a CAS to graph the image R in the d. Find the area of the region R by using region S .
[T] Find transformations T a , 0 : R 2 → R 2 , T a , 0 ( u , v ) = ( u + a v + v ) , where a ≠ 0 is a real number, is called a shear in the x-direction. The transformation , T b , 0 : R 2 → R 2 , T o , b ( u , v ) = ( u , b u + v ) , where b ≠ 0 is a real number, is calles a shear in the y -direction a. Find transformation T 0 , 2 ∘ T 3 , 0 b. Find the images R of the trapezoidal region bounded by u =0, v= 0, v =1, and v =2- u through the transformation T 0 , 2 ∘ T 3 , 0 c. Use a CAS to graph the image R in the d. Find the area of the region R by using region S .
[T] Find transformations
T
a
,
0
:
R
2
→
R
2
,
T
a
,
0
(
u
,
v
)
=
(
u
+
a
v
+
v
)
, where
a
≠
0
is a real number, is called a shear in the x-direction. The transformation ,
T
b
,
0
:
R
2
→
R
2
,
T
o
,
b
(
u
,
v
)
=
(
u
,
b
u
+
v
)
, where
b
≠
0
is a real number, is calles a shear in the y-direction a. Find transformation
T
0
,
2
∘
T
3
,
0
b. Find the images R of the trapezoidal region bounded by u=0,v=0, v=1, and v=2-u through the transformation
T
0
,
2
∘
T
3
,
0
c. Use a CAS to graph the image R in the
d. Find the area of the region R by using region S.
CVE, AVM, AC, ¬SA¬ME
A Fitch Style proof for this argument
13:26
...
←
Robert F. Blitzer - Thinkin...
0,04
61
KB/d
目
polygons to create a fraudulent tessellation with discrepancies that
are too subtle for the eye to notice. In Exercises 45-46, you will use
mathematics, not your eyes, to observe the irregularities.
B
A
45. Find the sum of the angle measures at vertex A. Then
explain why the tessellation is a fake.
46. Find the sum of the angle measures at vertex B. Then explain
why the tessellation is a fake.
=et
at
If
se
Fic
SECTION 10.3 Polygons, Perimeter, and Tessellations 645
61. I find it helpful to think of a polygon's perimeter as the
length of its boundary.
62. If a polygon is not regular, I can determine the sum of the
measures of its angles, but not the measure of any one of its
angles.
63. I used floor tiles in the shape of regular pentagons to
completely cover my kitchen floor.
In Exercises 64-65, write an algebraic expression that represents
the perimeter of the figure shown.
is
be
64.
le
a
b
C
2/
If
se
ny
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