In many schools, students focus mainly on memorizing facts and preparing for examinations rather than understanding concepts through questioning and reasoning. This leads to a lack of scientific temperament, where students do not actively think critically, ask questions, or try to analyze how things work in real life., Instead of exploring concepts through observation and experimentation, students often rely on rote learning methods. As a result, they may perform well in exams but struggle to apply their knowledge in practical situations or daily life., I have personally observed that many students hesitate to ask questions in class or prefer to memorize answers rather than understand the underlying concepts. Opportunities for hands-on learning, experimentation, and curiosity-driven thinking are limited in many classrooms., This issue affects the development of problem-solving skills, creativity, and logical thinking among students. Over time, it may reduce interest in science and innovation, which are important for future learning and real-world applications., The problem highlights a gap between theoretical education and the development of scientific thinking, which is essential for building an inquisitive and informed society.