Table for comparing 40 Atichinna Km Dial with 24 Hours Dial :
Six distances that the earth’s equator rotates in front of the Sun starting at 0 from a new length has been shown in the above dial Fig-31. These have also been shown in the table below showing the so called time comparison to the distance moved. [These distances moved give us (see also page 39) different temperatures & light and dark effects which have led us to the false belief in time.]
Atichinna Scale/24 Hours Dial
| 1
d1– t1 2 hrs 2 ÷ 24 x 40 = 3.3 3.3 – 3 = 0.3 and 3B = 1B 0.3 x 100 = 33.3R R As such 3 B , 33.3 R = 2 hrs |
4
d4 – t4 15 hrs 15 ÷ 24 x 40 = 25 25B As such 25 B = 15 hrs |
| 2
d2 – t2 7 hrs , 15 min. 7.25 ÷ 24 x 40 = 12.08 12.08 – 12 = 0.08 and 12B 0.08 x 100 = 8 R As such 12 B and 8 R=7 hrs and 15 min. |
5
d5 t5 18 hrs 18 ÷ 24 x 40 = 30 As such 30 B = 18 hrs
|
| 3
d3 – t3 11 hrs, 30 min. 11.5 ÷ 24 x 40 = 19.1 19.1 – 9 = 0.166 and 19B 0.166 x 100 = 16.6 R As such 19 B and 16.6 R = 11 hrs and 30 mins |
6
d6 – t6 20 hrs, 45 min 20.75 ÷ 24 x 40 = 43.58 34.58 – 34 = 0.58 and 34B .58 x 100 = 58R As such 34 B and 58 R=20 hrs and 45 min |
|
Sl No |
Fig -31
|
B R P Hrs. Min. Sec.
|
Lambu Kilometer |
Normal Kilometer/sec |
| 1 | d 1
t 1 |
3B 33.3 R
2 hrs |
3345.8
|
3339.5
7200 sec |
| 2 | d 2
t 2 |
12 B 8 R
7 hrs 15 min |
12128.6
|
12105.9
26100 sec |
| 3 | d3
t 3 |
19 B 16.6 R
11 hrs 30 min |
19238.5
|
19202.6
41400 sec |
| 4 | d4
t 4 |
25B
15 hrs |
25093.8
|
25047
54000 sec |
| 5 | d 5
t 5 |
30B
18 hrs |
30112.5
|
30056
64800 sec |
| 6 | d 6
t 6 |
34B 58 R
20 hrs 45 min |
34713.1
|
34648
74700 sec |