Ep 2. Dead Girl

The show Insatiable season 2 episode 2, titled Dead Girl, revolves around Patty and her quest to find out what happened to a missing girl from her school. The episode starts with Patty sensing that something is off with her supposed rival Magnolia, who has not returned to school since the previous week. One of Magnolia's close friends informs Patty that she never made it home after going out with her boyfriend on Friday night.

Patty becomes fixated on finding out what happened to Magnolia, as she is haunted by her own past mistakes and the feeling that she has something to do with the disappearance. Patty's guilt stems from her own history of violence and manipulation towards those around her, including Magnolia and her boyfriend.

As Patty begins to investigate the disappearance, she discovers that Magnolia's boyfriend is a drug dealer and was the last person to see her alive. Despite the warnings of her friends and family, Patty decides to confront the boyfriend about the missing girl, leading to a dangerous confrontation that puts her own life in danger.

Meanwhile, Bob Armstrong, Patty's former pageant coach, is dealing with his own personal issues as he is forced to confront his sexuality and his relationship with his ex-wife. As he struggles to come to terms with his feelings, he seeks advice from his new friend and fellow lawyer, Brick.

The episode also delves into the backstory of Dixie Sinclair, a troubled beauty queen who was previously a rival of Patty's. Dixie's past traumas are revealed, including her relationship with her abusive mother and her struggles with drugs and alcohol.

As the episode comes to a close, the mystery surrounding Magnolia's disappearance deepens, leaving Patty and her friends questioning who they can trust and what secrets are being hidden in their small town.

Overall, Insatiable season 2 episode 2 Dead Girl is a thrilling and emotionally charged episode that explores the complexities of guilt, trauma, and the darkness that can lurk beneath seemingly perfect surfaces.