The potential energy of a particle varies with x as shown in Figure 1. At which point(s) does the force have the greatest magnitude? Choose all that apply.(a) Point a(b) Point b(c) Point c(d) Point d(e) Point e(f) Point f **Figure 1: Graph of a Function**The diagram presents a graph depicting a curve plotted over a two-dimensional coordinate system with axes labeled as \( U \) (vertical) and \( x \) (horizontal). Key points labeled on the curve include \( a \), \( b \), \( c \), \( d \), \( e \), and \( f \).**Description:**- The graph begins at point \( a \) at a low position on the vertical \( U \)-axis and rises to point \( b \), indicating an increase.- From point \( b \), the curve descends through point \( c \) and further drops to point \( d \), reaching a lower position.- The curve then ascends from point \( d \) to point \( e \), followed by another rise to point \( f \).- Post point \( f \), the curve gradually declines.This graph likely represents a function or a data set where the value \( U \) changes with respect to \( x \). Understanding the changes in the graph can elucidate trends or behaviors in specific contexts like physics, economics, or other fields of study.

The relation between force and potential energy is given by

Answered: The potential energy of a particle…

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The potential energy of a particle varies with x as shown in Figure 1. At which point(s) does the force have the greatest magnitude? Choose all that apply. (a) Point a (b) Point b (c) Point c (d) Point d (e) Point e (f) Point f