Using a hammer to hit screws as if they were nails is highly ineffective and counterproductive. Screws are designed to be driven into materials using a screwdriver or a drill, utilizing their threaded shafts to create a secure hold. Unlike nails, which have smooth shafts and rely on friction to stay in place, screws grip the material tightly due to their threads. When you attempt to hammer screws, several issues arise. First, the threads on the screw can become damaged, making it difficult or impossible to drive them into the material properly. This damage compromises the screw's ability to hold securely, defeating the purpose of using a screw in the first place. Additionally, the head of the screw, which is typically designed to accommodate a screwdriver or drill bit, can become deformed or flattened when struck with a hammer. This deformation makes it challenging to use a screwdriver or drill to drive the screw in, rendering it practically useless. Moreover, hammering screws can also damage the material you are working with. The blunt force of the hammer can cause the material to crack, split, or become otherwise compromised, leading to a weakened structure. This is particularly problematic when working with wood, drywall, or other delicate materials. In conclusion, using a hammer to hit screws like nails is a misguided and ineffective approach. To ensure a secure and durable hold, always use the appropriate tools for the job: a screwdriver or drill for screws and a hammer for nails. This practice will save you time, preserve your materials, and result in a much more reliable outcome.