Rihanna and A$AP Rocky were spotted on a romantic dinner date in Santa Monica. The singer proudly showed off her growing baby bump in a pink sports bra and matching joggers. She accessorized her look with white sneakers, high pigtails, and diamond-encrusted chokers. The couple arrived at Giorgio Baldi, with Rocky supporting Rihanna as they walked into the restaurant. Rihanna previously revealed her pregnancy during a performance at the Super Bowl in February. The couple has been dating since 2020 and already have one child together named RZA.
The title of this article suggests that a particular photo is not edited and urges readers to examine it more closely. The photo in question is a behind-the-scenes snapshot from the television show M*A*S*H, which aired from 1972 to 1983. The show was set during the Korean War and depicted the lives of the doctors and staff of the 4077th Mobile Army Surgical Hospital.
The photo shows actor Jamie Farr, who portrayed Corporal Klinger on the show, sitting in a jeep alongside a crew member. At first glance, nothing seems out of the ordinary. However, upon closer inspection, a blooper can be spotted.
The crew member’s hand is visible in the photo, but instead of having five fingers like a normal human hand, it appears to have six.
This unusual detail sparked a debate among M*A*S*H fans on social media, with some speculating that the photo had been digitally altered. However, the article clarifies that the photo is indeed authentic and hasn’t been edited in any way.
The blooper was caused by a prosthetic hand that the crew member was wearing as part of a gag for the episode being filmed at the time. This detail was missed during the editing process, resulting in the inclusion of the blooper in the final cut of the episode.
In conclusion, the article emphasizes that the photo is not edited and invites readers to examine it carefully to spot the blooper. It highlights the debate among fans and explains the story behind the unusual detail, attributing it to an oversight during the editing process.
