What if your students could identify an arsonist, investigate a poisoning, and analyze crime scene evidence—all using chemistry techniques they're already learning? Join Vernier chemistry expert Nüs Hisim and Trendsetter educators Anne Lavelle and Randy Booth as they demonstrate three forensic investigations that connect calorimetry, acid-base titrations, and gas chromatography to real-world crime-solving scenarios from the Forensic Chemistry Experiments lab book.

What if your students could identify an arsonist, investigate a poisoning, and analyze crime scene evidence—all using chemistry techniques they're already learning? Join Vernier chemistry expert Nüs Hisim and Trendsetter educators Anne Lavelle and Randy Booth as they demonstrate three forensic investigations that connect calorimetry, acid-base titrations, and gas chromatography to real-world crime-solving scenarios from the Forensic Chemistry Experiments lab book.

What if your students could identify an arsonist, investigate a poisoning, and analyze crime scene evidence—all using chemistry techniques they're already learning? Join Vernier chemistry expert Nüs Hisim and Trendsetter educators Anne Lavelle and Randy Booth as they demonstrate three forensic investigations that connect calorimetry, acid-base titrations, and gas chromatography to real-world crime-solving scenarios from the Forensic Chemistry Experiments lab book.

What if your students could identify an arsonist, investigate a poisoning, and analyze crime scene evidence—all using chemistry techniques they're already learning? Join Vernier chemistry expert Nüs Hisim and Trendsetter educators Anne Lavelle and Randy Booth as they demonstrate three forensic investigations that connect calorimetry, acid-base titrations, and gas chromatography to real-world crime-solving scenarios from the Forensic Chemistry Experiments lab book.