DOI Page / Citation link:
https://doi.org/10.11588/diglit.14#0025
D
%T;
25
KING'S CHAMBER AND COFFER.
9:
10
: 9 •• 10
9
••io
9
••10
92
:102
9*
IO3
9
10
9 :
10
Ì : 10
l2 : 102
i + 9:i
) + 10
+ 10:
10 + 10
Diffe-
rences.
9
1
L X-
' 10
28Ó0
9
1
χ-
10
1027
9
1
χ —
10
.-----'
2850
9
1
! X -
10
321
92
1
V —"
,——
Λιο2
362
+ 9
1
+ 10
842
+ 10
J_
+ 10
650
Numbers Employed.
3, 5, and 7,
with binary multiples of 3 and 5.
Unit Employed.
The Conic Radius,
or, Line from Apex to Ease Circle,
400
or, The Two Base Diagonals.
7Γ X 400
Referring to
Aectic Distance of Poles at Earth's Surface,
Examples of Number.
The ceiling .
0)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)*
(10)
(Π)
(12)
(13)
(14)
<15)*
(16)
(17)*
Bound the chamber, top course
4th course,
or 3 x 3
• •
23
3rd course,
2nd course,
lower course,
3 X
3 x
3 X
(5
5
Total wall stones .
The floor
The coffer standing
The floor (presumably).
Λ The floor and ceiling
Number of courses
Number of courses over door
Chambers over King's Chamber
or considering King's Chamber as a double chamber f
Chamber floor above base
3 X
'2
2)'
whole stones.
partial or whole stones.
stones.
stones.
stones.
stones.
stones.
or 100 stones.
stripes of stones.
stripes from the entrance,
stones.
10 stones.
Examples of Number, and Measure.
(18) Height of each course . Jx5t23
(19) Height of wall . . . . 3 X
(20) Height of wall projected to slope ) q x
of Pyramid casing . . J *"
(21) Surface of side of chamber . . 3 X
(22) Surface of end of chamber . . 3 X
(23) Surface of floor of chamber, 10,000 -r (3 X
(24) Contents of chamber .....
5 X .
5X5
5X5)
5X5X5
X 10 courses.
cubits ?
7Γ cubits ?
100 inches.
10, cubits.2 ) A
cubits.* (Approxi-
,., o mately.
cubits/ J J
X 10, cubits.3
t Erom floor to roof of King's Chamber being = about two average chamber spaces between the
worked roofs.
18
19
20
24
t. A.
A inches according to the theory of
the 7Γ series involving example 25.
.•. Height of each course, 47*0545
.•. Height of wall, 235*2727
.•. Height of wall, 235*2727
.•. Contents of chamber
Allowing for contraction of walls
at top, 1,250-6443.
0. A.
Theoretical
A inches.
46*8750
235-6194
235.9317
if 1250• cubic
I cubits.
0. B.
Theoretical
Brit. ins.
46-9219
235-855.1
236*1676
A. B.
Actual Brit, ins,
47-075 ± -020
235-37 ± -10
235-37 ± *10
Í 1250*0 ± *7 cubic
( cubits.
D
t A and
θ A
Difference
203
1
679
1
356
1
1940
%T;
25
KING'S CHAMBER AND COFFER.
9:
10
: 9 •• 10
9
••io
9
••10
92
:102
9*
IO3
9
10
9 :
10
Ì : 10
l2 : 102
i + 9:i
) + 10
+ 10:
10 + 10
Diffe-
rences.
9
1
L X-
' 10
28Ó0
9
1
χ-
10
1027
9
1
χ —
10
.-----'
2850
9
1
! X -
10
321
92
1
V —"
,——
Λιο2
362
+ 9
1
+ 10
842
+ 10
J_
+ 10
650
Numbers Employed.
3, 5, and 7,
with binary multiples of 3 and 5.
Unit Employed.
The Conic Radius,
or, Line from Apex to Ease Circle,
400
or, The Two Base Diagonals.
7Γ X 400
Referring to
Aectic Distance of Poles at Earth's Surface,
Examples of Number.
The ceiling .
0)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)*
(10)
(Π)
(12)
(13)
(14)
<15)*
(16)
(17)*
Bound the chamber, top course
4th course,
or 3 x 3
• •
23
3rd course,
2nd course,
lower course,
3 X
3 x
3 X
(5
5
Total wall stones .
The floor
The coffer standing
The floor (presumably).
Λ The floor and ceiling
Number of courses
Number of courses over door
Chambers over King's Chamber
or considering King's Chamber as a double chamber f
Chamber floor above base
3 X
'2
2)'
whole stones.
partial or whole stones.
stones.
stones.
stones.
stones.
stones.
or 100 stones.
stripes of stones.
stripes from the entrance,
stones.
10 stones.
Examples of Number, and Measure.
(18) Height of each course . Jx5t23
(19) Height of wall . . . . 3 X
(20) Height of wall projected to slope ) q x
of Pyramid casing . . J *"
(21) Surface of side of chamber . . 3 X
(22) Surface of end of chamber . . 3 X
(23) Surface of floor of chamber, 10,000 -r (3 X
(24) Contents of chamber .....
5 X .
5X5
5X5)
5X5X5
X 10 courses.
cubits ?
7Γ cubits ?
100 inches.
10, cubits.2 ) A
cubits.* (Approxi-
,., o mately.
cubits/ J J
X 10, cubits.3
t Erom floor to roof of King's Chamber being = about two average chamber spaces between the
worked roofs.
18
19
20
24
t. A.
A inches according to the theory of
the 7Γ series involving example 25.
.•. Height of each course, 47*0545
.•. Height of wall, 235*2727
.•. Height of wall, 235*2727
.•. Contents of chamber
Allowing for contraction of walls
at top, 1,250-6443.
0. A.
Theoretical
A inches.
46*8750
235-6194
235.9317
if 1250• cubic
I cubits.
0. B.
Theoretical
Brit. ins.
46-9219
235-855.1
236*1676
A. B.
Actual Brit, ins,
47-075 ± -020
235-37 ± -10
235-37 ± *10
Í 1250*0 ± *7 cubic
( cubits.
D
t A and
θ A
Difference
203
1
679
1
356
1
1940