An object in a potential well moves under the influence of a conservative force. There are no other forces acting on the object. The potential energy function associated with this force is given by the equation: C1 C2 x2 [ that says " C1/(x²) - C2/(x) " ] Where C1 = 3.6 joules · m² , and C2 = 1.1 joules · m. [The units of Cq are "joules times square meters", and the units of C2 are "joules times meters." ] The positive direction is to the right, and x increases in the positive direction. Calculate the conservative force (in units of newtons) on the object when it is at the location a = 2.5 meters. A force to the right is positive, and a force to the left is negative. The sign, positive or negative, is important.
An object in a potential well moves under the influence of a conservative force. There are no other forces acting on the object. The potential energy function associated with this force is given by the equation: C1 C2 x2 [ that says " C1/(x²) - C2/(x) " ] Where C1 = 3.6 joules · m² , and C2 = 1.1 joules · m. [The units of Cq are "joules times square meters", and the units of C2 are "joules times meters." ] The positive direction is to the right, and x increases in the positive direction. Calculate the conservative force (in units of newtons) on the object when it is at the location a = 2.5 meters. A force to the right is positive, and a force to the left is negative. The sign, positive or negative, is important.
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter8: Potential Energy And Conservation Of Energy
Section: Chapter Questions
Problem 73AP: A mysterious force acts on all particles along a particular line and always points towards a...
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