The discussion revolves around calculating the work done by a force on a particle moving along a specified curve in a two-dimensional space. The problem involves parameters such as the force components and the path defined by a quadratic equation.
The conversation is ongoing, with participants seeking clarification on how to proceed with the integral calculation of work. Some guidance has been offered regarding the integral setup, but no consensus or complete method has been established yet.
Participants are working within the constraints of a homework assignment, which may limit the information they can use or the methods they can apply. The specific values for the force components and the curve parameters are provided, but further details on the integration process are not fully explored.
pph1011 said:Homework Statement
A particle moves from the origin to the point x=3m, y=6m along the curve y=ax^2 - bx , where a = 2.0m^-1 and b = 4.0m . It is subject to a force F=cxy i + d j , where c= 8.0N/m^2 and d= 16N .
Homework Equations
Calculate the work done by the force
The Attempt at a Solution
pph1011 said:what's the next?