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Originally posted by wmd_2008
reply to post by cultureoftruth
What orb and what shadow
Originally posted by cultureoftruth
Originally posted by wmd_2008
reply to post by cultureoftruth
What orb and what shadow
The one that aired on wnbc, wb11, ny1, and cbs. No amateur footage but something, not a plane that aired live with the exception of cbs.
Originally posted by lunarasparagus
reply to post by cultureoftruth
Originally posted by cultureoftruth
It doesn't make any difference what they meant because the shadow of the orb was cast within the last five seconds before the explosion. Whether someone wants to say it passed east of tower 1 or face the reality of the orb making two turns around the south tower, neither action could've been peformed by any plane. The government themselves say 175 was entirely south of the towers in the final 14 seconds. Flight 175 could not have passed east of tower 1 logically or officially right before the explosion. That simple and visual fact exposes an irrefutable distinction between reality and fiction on 911.
The bottom line is, in the real world you can't have it both ways. One plane cannot fly west to east and south to north in the few seconds before the south tower exploded. The real flight path was performed by this weird object which originated from over the Verrazano bridge, then flew north of the towers and circled around.
www.youtube.com...
Perhaps this might help you understand:
Originally posted by NWOwned
Can we get some kind of official confirmation from the Air Force or Navy about this? Like do they know their radar systems are only approximate?! Lol.
Radar Capabilities The radars used in this analysis are employed for USAF air defense and Federal Aviation Administration (FAA) air traffic control missions. The radars under discussion have differing capabilities. The ARSR-4 radar is a three-dimensional system providing azimuth, range and 3-D height. ARSR-4 radar data provided to military end users includes search radar 3-D height. Radar data provided to FAA end users is void of search radar 3-D height, but includes weather messages that are not distributed to the military end user. The ARSR-1E and ARSR-3 radars are two-dimensional radars providing only azimuth and range relative to the radar. In addition to primary (search) radar, all radar sites provide secondary (beacon) radar information. The radar sites interrogate and receive secondary (beacon) responses from aircraft transponders providing altimeter height and discrete mode 3A codes (squawk).
In general, the most reliable height information comes from aircraft transponder systems turned ON, responding to mode C interrogations. Mode C height accuracy is limited to 100 feet (assuming standard barometric pressure), the value of the least significant bit in the mode C altitude report. Because mode C height is always based on a standard barometric pressure setting, it is not corrected for local pressure conditions, although an approximate correction can be made based on local atmospheric data (D-value). Note, aircraft true height is found by adding local D-value to the mode C reported height. The D-value generally varies +1000 feet. The ARSR-4 3-D height data is generally accurate to within +2000 feet when the aircraft is within 175 nmi of the radar site. The primary range accuracy limitation for both primary and secondary radar systems is 1/8 nmi due to the target reporting format employed by the radar system. Azimuth accuracy is limited to approximately 0.2 degrees for both primary and secondary radar systems.
In addition to these range, azimuth, and height accuracy factors, the radar sites require approximately 12 seconds to complete each 360-degree azimuth scan. This relatively slow scan rate precludes moment-by-moment, contiguous aircraft positional information (i.e., precludes precise track statistics such as heading and speed), particularly when aircraft are making rapid maneuvers. Because of these intrinsic radar limitations, all radar plots illustrated in this report on a scan-to-scan basis should be considered close approximations.