Nibiru's speed and approximate arrival Day: BOXING DAY 2018

We are lucky to have a second sighting of the Nibiru, because if larger in relation to the sun – disc for disc – then we can calculate speed and ultimately Nibiru’s arrival date, or its approximate arrival date, using the Duration Between Two Dates Calculator.

Since the sun from ISS (2nd sighting) is radiant, I had to compare it to a similar size radiance of the sun on the latest SOHO image by sizing down the SOHO image to match the size of the radiance of the sun as seen from ISS (9mm) in this latest sighting, and then measure up the sun’s disc diameter from SOHO to compare it to the disc diameter of Nibiru when seen from ISS. Two photos of the sun from space, should have about the same diameter of radiance.

Two sightings of Nibiru 13 days apart-

3pm
Jan. 21st 2018
mid-North Dakota
Sagittarius-Capricorn
clouds pass in front of it

https://www.youtube.com/watch?v=qiWPStMs3WU

sunset
Feb. 3rd 2018
ISS orbiting Earth
Capricorn

            c/w  SOHO c2     

https://www.youtube.com/watch?v=Y3xR049FDw4

Disc Measurements-

North Dakota Sighting, Jan. 21st 2018
Disc of Sun 0.5mm c/w Disc of Nibiru 0.375mm
= Nibiru’s diameter approx. 0.75 that of the sun

Nibiru’s angular diameter as of Jan. 21st 2018
= 0.5º (sun) X 0.75
= 0.375 º of arc

ISIS Sighting 13 days later, Feb. 3rd 2018
Sun’s Radiance = 20mm both ISS and on SOHO
Sun’s disc = 9mm
Nibiru’s disc = 7mm
= Nibiru’s diameter approx. 0.78 that of the sun

Nibiru’s angular diameter as of Feb. 3rd 2018
= 0.5º (sun) X 0.78
= 0.39º of arc

Calculating Distance-

North Dakota sighting, Jan. 21st 2018
distance (a) = (Diameter X 180) ÷ (pi X .375 º of arc c/w sun is 0.5º of arc)
        = (181,109.5 X 180) ÷ (3.14159 X .375º of arc)
        =    32,599,710    ÷    1.178
        =    27,673,777 kilometers from crossing Earth’s orbit

ISIS Sighting, Feb. 3rd 2018
distance (a) = (Diameter X 180) ÷ (pi X .39 º of arc c/w sun is 0.5º of arc)
        = (181,109.5 X 180) ÷ (3.14159 X .39º of arc)
        =    32,599,710    ÷    1.225
        =    26,612,008 kilometers from crossing Earth’s orbit

It’s traveled 1.062 million kilometers in 13 days.

= 81,674.5 kilometers per day

= 3,403 kilometers per hour

= 56.7 kilometers per minute

= 0.95 of a kilometer per second

Est. Arrival on Boxing Day.

If the ISS was east of North Dakota on Feb. 3rd when the pictures were taken, then the arrival time will be sooner. If 12.5 days between sightings instead of 13 days,

= 84,941.5 kilometers per day

Est. arrival is 13th December 2018

Assumptions

1) the SOHO measurement of the Sun’s disc is correct.
2) the relationship of Sun’s radiance to disc diameter on SOHO is the same for ISIS.
3) my measurements are near enough.
4) Nibiru’s speed remains constant
    * if sped up, then arrival is sooner
    * if slowed down, then arrival is later.
    

Conclusion

We should be having the passage of Nibiru by Earth, 14 million kilometers away, towards the end of this year.

Related-

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