https://www.facebook.com/photo/?fbid=7558701444157587&set=pcb.7558707940823604

The underlying data for the violation of inertia graphs (1 to 6) that I have been presenting recently are shown here.
I would very much like all interested parties to re-do the experiments I have shown. It has taken me many years to come to this stage, but I have no doubt that in only a matter of hours people they can be performed, from scratch, with the most
rudimentary skills and equipment. At least, the data that I have presented needs to be checked. The consequences of my experiements are profound.
The two second video film contains all the informaation. What anyone can do, as an alternative to re-doing my experiment, is to show the video on any computer screen, then use some digital camera to film it. The mp4 video file can be analysed using such
a program that advances it frame by frame. I have used Windows Movie Maker. For every frame, the position of the armature with respect to the scale is noted - somewhat roughly I am afraid. Then the position of the gun is also noted, from the pointer and
the scale. Knowing the masses of the armature and the gun, the position of the centre of mass for the whole system is calculated.
The below is the raw data. For the graphs the values have been initialised from zero, that is, the first value of time is set to zero, and from the rest of the time values, subtracted. Same process is done for the other columns. Thus the position values
for the armature, gun and the centre of mass are obtained with respect to time. The velocity values are obtained knowing the time, the position and the state of the gun following the notes relating to how long the armature was on the rails, when it hit
the arrestors, etc.
Time armature gun centre of mass notes
4800 67 80 72.96239316
4870 66 80 72.70769231
4900 65 80 72.45299145
4930 64 81 72.94358974 spark on rail
4970 63 81 72.68888889
5000 62 81.5 72.80683761
5030 61 82 72.92478632
5070 59 82.5 72.78803419
5100 56 83 72.3965812
5130 52 84 72.12307692
5170 48 85 71.84957265
5200 44 86 71.57606838
5230 39 87 71.04786325
5270 35 87.5 70.4017094
5300 31 88 69.75555556
5330 26 89 69.22735043
5370 21 90.5 69.07179487
5400 16 91.5 68.54358974
5430 11 92.5 68.01538462
5470 7 93.5 67.74188034 last spark
5500 5 93.5 67.23247863
5530 4.5 93 66.73247863 hits stop
5570 3.5 92 65.73247863
5600 3.5 92 65.73247863
5630 3.5 92 65.73247863
5670 3.5 92 65.73247863 stop cover flies off
5700 3.5 92 65.73247863
5730 3 91 64.85982906
5770 3 90.5 64.48717949
5800 3 90 64.11452991
5830 3 89 63.36923077
5870 2.5 88.5 62.86923077
5900 2 88 62.36923077
5930 1.7 87.7 62.06923077
5970 1.4 87.4 61.76923077
6000 1.2 87.2 61.56923077
6030 1 87 61.36923077
6070 0.7 86.7 61.06923077
6100 0.5 86.5 60.86923077
6130 0.3 86.3 60.66923077
6170 0.1 86.1 60.46923077
6200 -0.1 85.9 60.26923077 reached the end of scale for armature
6230 -0.3 85.7 60.06923077 armature position from now based on position of pointer( - 86)
6270 -0.5 85.5 59.86923077
6300 -0.7 85.3 59.66923077
6330 -0.9 85.1 59.46923077
6370 -1.1 84.9 59.26923077
6400 -1.3 84.7 59.06923077
6430 -1.5 84.5 58.86923077
6470 -1.9 84.1 58.46923077
6500 -2.1 83.9 58.26923077
6530 -2.3 83.7 58.06923077
6570 -2.5 83.5 57.86923077
6600 -2.7 83.3 57.66923077
6630 -2.9 83.1 57.46923077
6670 -3.1 82.9 57.26923077
6700 -3.3 82.7 57.06923077
6730 -3.5 82.5 56.86923077
6770 -3.75 82.25 56.61923077
6800 -4 82 56.36923077
6830 -4.2 81.8 56.16923077
6870 -4.4 81.6 55.96923077
6900 -4.6 81.4 55.76923077
6930 -4.8 81.2 55.56923077
6970 -5 81 55.36923077
7000 -5.2 80.8 55.16923077
7030 -5.4 80.6 54.96923077
7070 -5.6 80.4 54.76923077
7100 -5.8 80.2 54.56923077
7130 -6 80 54.36923077
7170 -6.25 79.75 54.11923077
7200 -6.5 79.5 53.86923077
7230 -6.75 79.25 53.61923077
7270 -6.9 79.1 53.46923077
7300 -7 79 53.36923077

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