How do we quantify?, Place Values have Shape Values, and and a short introduction on linear Algebra as seen through a subQuan lense. Take this test and see if you don't understand numbers a bit better.
7. subQuan
Q
How
many?
Don’t
forget
what
color
means
before
entering!
8. Place
shape
&
place
value
Q
What
is
the
decimal
place
value
for
Cubes?
A. Tens
B. Hundreds
C. Thousands
D. Ten-‐thousands
E. Hundred-‐thousands
F. Millions
9. Place
shape
&
place
value
Q
‘4’
has
what
decimal
place
value?
A. Tens
B. Hundreds
C. Thousands
D. Ten-‐thousands
E. Hundred-‐thousands
F. Millions
10. Place
shape
&
place
value
Q
‘105’
has
what
decimal
place
value?
A. Tens
B. Hundreds
C. Thousands
D. Ten-‐thousands
E. Hundred-‐thousands
F. Millions
11. Place
shape
&
place
value
Q
What
is
the
decimal
place
value
for
Segs?
A. Tens
B. Hundreds
C. Thousands
D. Ten-‐thousands
E. Hundred-‐thousands
F. Millions
12. Place
shape
&
place
value
Q
‘6’
has
what
decimal
place
value?
A. Tens
B. Hundreds
C. Thousands
D. Ten-‐thousands
E. Hundred-‐thousands
F. Millions
13. Place
shape
&
place
value
Q
‘103’
has
what
decimal
place
value?
A. Tens
B. Hundreds
C. Thousands
D. Ten-‐thousands
E. Hundred-‐thousands
F. Millions
14. Place
shape
&
place
value
Q
What
is
the
shape
of
ten-‐thousands?
A. Squares
B. Cubes
C. Seg
of
Cubes
D. Square
of
Cubes
E. Cube
of
Cubes
F. Seg
of
Cube
of
Cubes
15. Place
shape
&
place
value
Q
‘3’
has
what
shape?
A. Squares
B. Cubes
C. Seg
of
Cubes
D. Square
of
Cubes
E. Cube
of
Cubes
F. Seg
of
Cube
of
Cubes
16. Place
shape
&
place
value
Q
‘104’
has
what
shape?
A. Squares
B. Cubes
C. Seg
of
Cubes
D. Square
of
Cubes
E. Cube
of
Cubes
F. Seg
of
Cube
of
Cubes
17. Place
shape
&
place
value
Q
What
is
the
shape
of
hundreds?
A. Squares
B. Cubes
C. Seg
of
Cubes
D. Square
of
Cubes
E. Cube
of
Cubes
F. Seg
of
Cube
of
Cubes
18. Place
shape
&
place
value
Q
‘4’
has
what
shape?
A. Squares
B. Cubes
C. Seg
of
Cubes
D. Square
of
Cubes
E. Cube
of
Cubes
F. Seg
of
Cube
of
Cubes
19. Place
shape
&
place
value
Q
‘105’
has
what
shape?
A. Squares
B. Cubes
C. Seg
of
Cubes
D. Square
of
Cubes
E. Cube
of
Cubes
F. Seg
of
Cube
of
Cubes
20. Number
Forms
+4(1000)
+5(10)
+7
Q
What
form
of
the
number
is
shown?
A. Standard
B. Word
C. Expanded
D. Coefficient
E. Shape
F. Exponent
21. Number
Forms
Two-‐thousand
thirty-‐five
Q
What
form
of
the
number
is
shown?
A. Standard
B. Word
C. Expanded
D. Coefficient
E. Shape
F. Exponent
22. Number
Forms
4
Cubes,
3
Squares,
7
Segs,
2
Ones
Q
What
form
of
the
number
is
shown?
A. Standard
B. Word
C. Expanded
D. Coefficient
E. Shape
F. Exponent
23. Number
Forms
+7(83)
+4(82)
-‐2(81)
+9(80)
Q
What
form
of
the
number
is
shown?
A. Standard
B. Word
C. Expanded
D. Coefficient
E. Shape
F. Exponent
24. Number
Forms
-‐723,486,455
Q
What
form
of
the
number
is
shown?
A. Standard
B. Word
C. Expanded
D. Coefficient
E. Shape
F. Exponent
25. Number
Forms
+8000
+300
+20
+8
Q
What
form
of
the
number
is
shown?
A. Standard
B. Word
C. Expanded
D. Coefficient
E. Shape
F. Exponent
26. microlesson:
how
to
formally
write
subQuans
with
symbols
546
546
546
vinculum
27. microlesson:
how
to
formally
write
subQuans
as
expressions
546
546
546
+5(6)
+4
-‐5(6)
+4
+5(6)
-‐4
expressions
29. Q
Which
expressions
are
wriben
correctly?
+5(6)
+4
-‐2(6)
+2
-‐4(6)
+3
A
B
C
30. microlesson:
Wri8ng
equa8ons
We create equations by using equality
symbols between two expressions!
Some
of
the
equality
symbols:
=
≠
>
<
≥
≤
31. microlesson:
Wri8ng
equa8ons
Sample
equa8ons:
a)
q
=
45b
d)
50
≠
5x
b)
x
>
y
e)
3
<
7
c)
3x
+2
≥
7y
f)
2h
≤
6.53πy
Q
Which
equa8on
do
you
think
is
an
example
of
a
subQuan?
34. Q
Which
equa8on
is
correct
for
this
subQuan?
A) q
=
-‐5(6)
+4
B) q
=
-‐4(5)
+5
C) q
=
-‐4(6)
-‐5
D) q
=
+4(6)
+5
E) q
=
+6(4)
+5
F) None
of
the
above