Crime and Cask's Extensive Experiments
Crime and Cask conducts extensive experiments at Moselle for book defending Alex Murdaugh
Crime and Cask, the author of the bestselling book Defending Alex Murdaugh, Not Guilty by Reasonable Doubt, has conducted extensive experiments at the Moselle property in South Carolina to test his theories about the murders of Maggie and Paul Murdaugh.
Cask has been a vocal critic of the prosecution's case against Murdaugh, and his book presents a number of alternative theories about the murders. In order to test these theories, Crime and Cask conducted a variety of experiments at Moselle, including:
Testing the amount of time it would take to travel between the different locations on the property where the bodies were found.
Testing the times it takes to drive from various entrances and tie it back to the SLED timeline.
Cask also found that it would take more than 10 to 15 seconds to travel between the feed room to where Maggie's body was found. This suggests that the killer had to be stationed and not move like the prosecution says Alex did, as Maggie made it to her final resting spot in under 6 seconds.
Cask's experiments have been praised by some for their rigor and attention to detail. However, others have criticized his methods, arguing that his experiments are not conclusive.
Regardless of the criticism, Cask's experiments have generated a lot of discussion and debate about the Murdaugh murders.
Conclusion:
Crime and Cask's experiments at Moselle are an important contribution to the Murdaugh murder case. His work has raised serious questions about the prosecution's case and has provided new insights into the crime scene. It will be interesting to see how Cask's experiments are used in the defense of Alex Murdaugh in trial number two.
Crime and Cask, the author of the bestselling book Defending Alex Murdaugh, Not Guilty by Reasonable Doubt, has conducted extensive experiments at the Moselle property in South Carolina to test his theories about the murders of Maggie and Paul Murdaugh.
Cask has been a vocal critic of the prosecution's case against Murdaugh, and his book presents a number of alternative theories about the murders. In order to test these theories, Crime and Cask conducted a variety of experiments at Moselle, including:
Testing the amount of time it would take to travel between the different locations on the property where the bodies were found.
Testing the times it takes to drive from various entrances and tie it back to the SLED timeline.
Cask also found that it would take more than 10 to 15 seconds to travel between the feed room to where Maggie's body was found. This suggests that the killer had to be stationed and not move like the prosecution says Alex did, as Maggie made it to her final resting spot in under 6 seconds.
Cask's experiments have been praised by some for their rigor and attention to detail. However, others have criticized his methods, arguing that his experiments are not conclusive.
Regardless of the criticism, Cask's experiments have generated a lot of discussion and debate about the Murdaugh murders.
Conclusion:
Crime and Cask's experiments at Moselle are an important contribution to the Murdaugh murder case. His work has raised serious questions about the prosecution's case and has provided new insights into the crime scene. It will be interesting to see how Cask's experiments are used in the defense of Alex Murdaugh in trial number two.
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