The discussion revolves around kinematic equations, specifically addressing the implications of negative acceleration on the displacement variable x. Participants are exploring whether negative acceleration necessarily indicates a negative displacement and the relationship between acceleration and deceleration.
The discussion is ongoing, with various interpretations being explored. Some participants have offered insights into the relationship between displacement and acceleration, while others express uncertainty about the terminology used in the problem. There is no explicit consensus yet.
Participants note that the problem statement is vague, leading to confusion about the definitions of terms like displacement and acceleration. The context of the homework and the textbook's clarity are also under scrutiny.
Johnny_07 said:Homework Statement
In solving a kinematic equation for x, which has a negative acceleration, is x necessarily negative?
A classmate states that a negative acceleration always means that a moving object decelerating. Is this statement true? Explain.
Homework Equations
The Attempt at a Solution
Johnny_07 said:Thanks for the help, but it's two problems in my book, and those are the exact words. So I don't know.
Johnny_07 said:I have no idea. I believe it's displacement, if I'm not mistaken. My teacher and the textbook is really vague and not clear at all :(