Final answer:
Solving problems in physics requires creativity, specialized knowledge, and analytical skills that apply physical principles to specific situations.
Step-by-step explanation:
When we discuss the assumption about what is assumed in solving problems, it involves a combination of several factors. Problem-solving in physics, particularly, relies on creativity, specialized knowledge of math and science, decision making, and the ability to apply broad physical principles to specific situations. This specialized knowledge and analytical ability are crucial as they allow for adaptability to new situations, which is far beyond the capabilities of simply memorizing facts.
Insight learning, a process that is significantly tied to problem-solving skills, is based on past experiences and reasoning. This type of learning can lead to sudden and profound understanding or solutions to problems. The development of problem-solving skills in physics involves the ability to think quantitatively, willingness to take risks, and experience, which helps in becoming familiar with dimensions, units, and scales of base quantities.
Effective problem-solving often requires identifying knowns and unknowns, and the ability to check if the answer is reasonable. These strategies are integral to not only academic exercises but also have real-world applications, enabling the solving of complex problems and contributing significantly to fields that rely on physics.