everything else is correct. Just the left hand side of the equation.gijungkim said:and F*d = -4.0x^2
Oh I got it nowAdityaDev said:Since the force changes with x, what will be the work done by the force when the body moves by a distance dx?
Integrate it to find the total work and the expression you get comes out to be different. why?
you can't find the net work done like this:
everything else is correct. Just the left hand side of the equation.
Got it now! Thank you for helping me!AdityaDev said:The force changes as the position of particle changes. So you can't get the value of work done by simply multiplying F with x.
When an object comes to rest, it means that it has stopped moving and is no longer in motion. This can occur when the forces acting on the object are balanced, resulting in a net force of zero.
The value of x is often used to represent time in equations related to an object's motion. For an object to come to rest, the value of x would represent the amount of time it takes for the object to stop moving.
Knowing the value of x can help us understand the motion of an object and predict when it will come to rest. It can also be used to calculate other factors such as velocity and acceleration.
The value of x can be determined by using equations of motion, such as the equation for average velocity (x = vt) or the equation for displacement (x = 0.5at^2), where v is velocity, t is time, and a is acceleration. By plugging in known values, we can solve for x.
Yes, there are multiple factors that can affect the value of x. Some of these factors include the initial velocity of the object, the direction and magnitude of the forces acting on the object, and the surface on which the object is moving. Additionally, air resistance and other external factors can also impact the value of x.