This study investigates the impact of integrating ChatGPT into an inorganic chemistry classroom for an 8-page writing assignment on selected elements from the periodic table. The study explores student experiences, perceptions, and the utility of ChatGPT across different stages of the writing process, including idea generation, topic verification, proofreading, and editing. It also investigates student opinions on the ethics of using ChatGPT in writing assignments. ChatGPT, a language model developed by OpenAI, is capable of generating realistic and contextually coherent content. It has been used in various applications, including scientific writing, and has shown strengths and weaknesses in responding to chemistry-related inquiries. However, detecting its use in courses remains challenging. The study involved 53 undergraduate students at Georgia Institute of Technology taking the course Inorganic Chemistry, CHEM 3111. The writing assignment was divided into four stages: (1) generating topics using ChatGPT and verifying them with primary literature, (2) submitting a well-organized first draft with ChatGPT-revised versions, (3) revising based on instructor feedback and engaging in a peer review process, and (4) producing a final draft. The final evaluation considered formatting adherence, correct mechanics, clear scientific writing, source legitimacy, research depth, and the ability to highlight the topic's significance within the course theme. Students were asked to provide feedback on their experiences with ChatGPT, and the results showed that most students found ChatGPT useful for generating ideas and topics. However, students expressed ethical concerns about using ChatGPT to generate entire text passages, emphasizing the importance of maintaining student input in the writing process. The study found that ChatGPT was effective in the first assignment, particularly in generating topics and verifying them with primary sources. However, the use of ChatGPT for proofreading and editing was also found to be useful. Students generally agreed that ChatGPT was a useful tool for scientific writing, but they emphasized the importance of maintaining student input to ensure authenticity. The study highlights the potential of ChatGPT as a supplementary tool for writing assignments, but it also raises ethical concerns about its use. Educators should address these concerns and emphasize the importance of active student involvement in the writing process to uphold academic integrity. The study contributes to the growing knowledge base of generative AI in the chemistry classroom, especially as it relates to expanding the arsenal of writing tools at a student's disposal.This study investigates the impact of integrating ChatGPT into an inorganic chemistry classroom for an 8-page writing assignment on selected elements from the periodic table. The study explores student experiences, perceptions, and the utility of ChatGPT across different stages of the writing process, including idea generation, topic verification, proofreading, and editing. It also investigates student opinions on the ethics of using ChatGPT in writing assignments. ChatGPT, a language model developed by OpenAI, is capable of generating realistic and contextually coherent content. It has been used in various applications, including scientific writing, and has shown strengths and weaknesses in responding to chemistry-related inquiries. However, detecting its use in courses remains challenging. The study involved 53 undergraduate students at Georgia Institute of Technology taking the course Inorganic Chemistry, CHEM 3111. The writing assignment was divided into four stages: (1) generating topics using ChatGPT and verifying them with primary literature, (2) submitting a well-organized first draft with ChatGPT-revised versions, (3) revising based on instructor feedback and engaging in a peer review process, and (4) producing a final draft. The final evaluation considered formatting adherence, correct mechanics, clear scientific writing, source legitimacy, research depth, and the ability to highlight the topic's significance within the course theme. Students were asked to provide feedback on their experiences with ChatGPT, and the results showed that most students found ChatGPT useful for generating ideas and topics. However, students expressed ethical concerns about using ChatGPT to generate entire text passages, emphasizing the importance of maintaining student input in the writing process. The study found that ChatGPT was effective in the first assignment, particularly in generating topics and verifying them with primary sources. However, the use of ChatGPT for proofreading and editing was also found to be useful. Students generally agreed that ChatGPT was a useful tool for scientific writing, but they emphasized the importance of maintaining student input to ensure authenticity. The study highlights the potential of ChatGPT as a supplementary tool for writing assignments, but it also raises ethical concerns about its use. Educators should address these concerns and emphasize the importance of active student involvement in the writing process to uphold academic integrity. The study contributes to the growing knowledge base of generative AI in the chemistry classroom, especially as it relates to expanding the arsenal of writing tools at a student's disposal.