Final answer:
To address a problem where the solution isn't self-evident, one must apply a structured problem-solving strategy, identify the problem clearly, list knowns, apply relevant equations, and proceed step-by-step. If the answer isn't reasonable, review each step to identify any errors or incorrect assumptions.
Step-by-step explanation:
When a student encounters a problem where the solution is not immediately evident, it's important to apply a step-by-step problem-solving strategy. First, the problem needs to be clearly identified, making sure to list all the known factors. Once the problem is understood, the relevant equations and principles can be used to find a solution. If the problem is analytical or computational, working it out step-by-step, as outlined in instructional texts, can help guide one to a solution. Moreover, during the problem-solving process, it can be useful to draw comparisons with similar problems, known as translational analog, to utilize familiar equations of motion that might provide insight into the solution.
If, after solving the problem, the answer still does not seem reasonable, it may be necessary to re-examine the steps taken. Checking for potential calculation errors or incorrect assumptions can often reveal where things may have gone awry. It's essential to remain methodical throughout the process, following a structured approach as illustrated in examples from relevant texts.