Sensitive content

This media may contain sensitive content.

Video wird geladen...

Video konnte nicht geladen werden

Zur Startseite

Daddy needed some release #cumshot #dadbod #beardaddy #domdaddy #gayverbal #loudcummer #jackoff

41,217 Aufrufe • vor 2 Jahren •via X (Twitter)

0 Kommentare

Keine Kommentare verfügbar

Kommentare vom Original-Post werden hier angezeigt

Ähnliche Videos

🚨🇺🇸 EXCLUSIVE w/ REP. RO KHANNA: THE EPSTEIN COVER-UP IS “A FORCE SO POWERFUL, IT’S PARALYZING THE U.S. GOVERNMENT” The Epstein files have still not been released. The release of the additional 33,000 files represent less than 1% of the total files. Not only that, but 97% of these 33,000 files were ALREADY released! So only 3% of the released files were new (0.01% of the total files), and all they showed were some flight logs for Epstein’s plane. That’s it. Why? What are they hiding? Well this week, Congressman Ro Khanna and Thomas Massie held the first ever press conference with Epstein’s victims. Rep. Nancy Mace walked out in tears as Rep. Lauren Boebert and Marjorie Taylor Greene 🇺🇸 expressed their support for the release of the files. Trump’s response? "This is a Democrat hoax that never ends.” Something is not adding up, and today I speak to Rep Khanna to try understand what the hell is going on! 0:00 – How Epstein’s crimes exposed a system that protects the powerful. 2:06 – How did Epstein escape justice and who shielded him? 3:21 – There’s heavy political and financial pressure on anyone pushing for disclosure. 7:26 – Survivors’ leverage: a potential independent Epstein list if the government fails. 8:16 – Trump promised to release the files, but reversed course without explanation. 9:55 – The forces blocking release and the role of wealthy donors. 12:08 – The “document dump” strategy and why most files released reveal nothing new. 13:58 – Keeping the fight alive: persistence as a moral duty for survivors and allies. 16:03 – The path in Congress: two Republican votes still needed. 17:12 – Survivors’ fears for safety and their demand for accountability. 18:26 – Where the files are stored and the risks of tampering or redaction. 20:15 – Pressure on the president and why this issue transcends partisan politics.

Mario Nawfal

2,078,367 Aufrufe • vor 1 Jahr

Using the standardized formula of penetration depth of shaped charges with the density of human flesh we have determined the exact charge needed to penetrate the sternum and reach the C7 vertebrae. With around 2 grams of PETN copper and lead fragmentation could reach the C7 vertebrae matching the reports from the medical examination. This also matches the energetic release mapped with the modified pixel flow analysis which pinpointed the epicenter in the attached video. Additionally, for this shaped charge to have maximum performance a standoff distance of 2cm would be needed. This could be accomplish by a preliminary charge to blow open the case of the wireless microphone to create some distance between it and the target. This preliminary charge can be seen in the subtitle movement of the magnetic clasp across his chest before the shaped charge is detonated which causes the main wound channel. The slight movement of the shirt collar preceded the shaped charge force which blew the necklace up and over his head from the expansive gas escaping from the shaped charge as it detonated. The wound from this shaped charge would have stopped his heart in under 2 seconds which also explains the bleeding patterns we witnessed from the neck wound. (More on this later) To calculate the explosive charge needed to penetrate 14 cm of a material with a density of 1060 kg/m³, we use the same hydrodynamic theory from *Fundamentals of Shaped Charges* as in the previous calculation. The penetration depth \( P \) for a conical shaped charge is given by: \[ P = k \cdot D \] where: - \( P \) is the penetration depth (in cm), - \( D \) is the cone diameter (liner base diameter, in cm), - \( k \) is the penetration efficiency factor. Result: The required explosive charge mass to penetrate 14 cm of a material with a density of 1060 kg/m³ is approximately **2.16 grams**.

Jon Bray

133,913 Aufrufe • vor 11 Monaten