__to each
other__) or even __length, breadth, height__ which again are three
**Distances** at some angles to one another. __Even Angles are
Distances____.__

From
**2.** __Interval between Points - Clearly indicates__
**Distances**, Objects according to the three Dimensional Co-ordinate system
are discussed on Page 48, Fig. 24

__TIME
__*(“From College Physic Book”)*

Before 1960, the standard of time was defined in terms of the average length of a solar day for the year 1900. (A solar day is the time interval between successive appearances of the sun at the highest point it reaches in the sky each day.) The basic unit of time, the second, was defined to be (1/60) (1/60) (1/24) = 1/86400 of the average solar day. In 1967, the second was redefined to take advantage of the high precision obtainable with a device known as atomic clock, which uses the characteristic frequency of the cesium-133 atom as the “reference clock”. The second is now defined as 9,192,631,770 times the period of one oscillation of the cesium atom.

**A)**
__REMARK__

*Further to the definition
of time given above which states “the basic unit of time the second was defined
to be 1/86400 of the average Solar day.” Which is the definition of a second a
unit of time which is not acceptable, as time doesn’t exist.*

*However, taking the same divisor
86400 for maintaining the same scale and for the sake of simplicity,we divide the distance
of the Equator revolved in front of the Sun in one solar day which is 40075 kms by 86400
and get a Portion having a distance of 0.463831 Kms moved by the earth’s Equator in front
of the Sun, which would therefore accommodate 9,192,631,770 oscillations (Swinging back
and forth) of the Cesium Atom Device. The error in an Atomic Device is expected to be within
one Portion(0.463831kms)in 5000 Orbits. This is accepted only temporarily as further development
like the Hydrogen Maser gives promise of Distance accuracies of the order of one Portion (0.463831
Kms)in 33million Orbits. One Portion being a Distance of 0.463831kms and one Orbit being also a
Distance of 960,000,000 Kms and these both being Distances, as such they are in a Distance to
Distance relationship and there is no such thing as Time. Please also refer to other examples
of “Distance to Distance Relationship” on page 3.*

** **

**B)
REMARK**

Time and
measure of time are very clearly defined above and there is no confusion.
However __this book emphasizes that there is no such thing as time and as such,
the question of its measure does not arise__. Therefore the consistent usage
of time as a unit of measure does not arise. Regarding using the equatorial
circumference as the basis for the Chotu Kilometer in preference to the present
meter which is 1/10,000,000 of the distance of the equator to the north pole is
that, this distance travels in front of the sun in bright sunlight and darkness
when divided into 24 x 60 x 60 equal to 86,400 parts, giving us a better decimal
free division by ** Chotu kilometer having a length of 0.463831 of a normal
Kilometer which is very suitable for transferring distances from the Earth’s
Equatorial Circumference to our distance piece.** Sure the meter is still
a meter whether it is 1/10,000,000 of the distance from the North Pole to the
equator or it is redefined

**(43)**