physicsgurl12 said:442.3x=286.1(2.65-x)
442.3x+286.1x=286.1(2.65-x) //What happened here??
2.54596295x=2.65-x
x=.104m
ashishsinghal said:The correct answer is x = 1.04086354m.
You got a similar answer. That's weird.
The pivot point for a seesaw equilibrium is determined by finding the center of mass of the seesaw. This can be done by balancing the seesaw on a point or by using a balance scale to measure the weight distribution on either side of the pivot.
The pivot point of a seesaw is affected by the weight and distribution of the objects placed on either side of the pivot. The distance between the objects and the pivot also plays a role, as well as the length and weight of the seesaw itself.
The distance between the objects and the pivot has a direct impact on the pivot point. The closer an object is to the pivot, the less leverage it has and the lower its weight will affect the pivot point. The farther an object is from the pivot, the more leverage it has and the more it will affect the pivot point.
Yes, the pivot point of a seesaw can be changed by adjusting the weight and/or distance of the objects on either side of the pivot. This can be done by adding or removing weight or by moving the position of the objects on the seesaw.
The pivot point is crucial for the stability of a seesaw. If the pivot point is not at the center of mass, the seesaw will be imbalanced and may tip over. Finding the correct pivot point is essential for a safe and stable seesaw experience.