find the maximum force from the force-position graph

Related BrainMass Solutions

• Spring : Energy Conservation

  (graph is attached) (a) Find the work done by the external force in compressing the spring 0.11 m starting from its relaxed position. (answer in Joules) (b) Find the work done by the external force to compress the spring from 0.10 m to 0.15 m.

• A particle moves along the x-axis. Its position varies with time and is given by equation x =-6t + 3t^2 where x is in metres and t is in seconds.

  a) Find the gravitational force between them b) Find the electrostatic force between them c) Find the net force between them me= 9.11 x 10^-31kg mp=1.67x10^-27kg one unit of charge= 1.60 x 10^-19 C a.

• Newtons Law, Rotational Motion and Simple Harmonic Motion

  If the mass is displaced by 10 mm from its equilibrium position and released, for the resulting vibration, calculate: (a) (i) the frequency of vibration (ii) the maximum velocity of the mass during the vibration (ii) the maximum acceleration of

• Physics Questions

  As always, use graph paper for accurate graphs. (b) What is the force constant of the spring? (c) Use your (very accurate and readable) graph to find the unloaded length of the spring. 5.

• Graph a given record of force vs end location, for a certain spring, find its force constant. Develop F(x) and PE(x).

  Make a graph of F(x) from x=0 to x= .8 m. From your graph of F vs x, find the slope of the line. This slope is defined as the 'force constant', k, a property of the spring. PART b.

• A gravitational force case is illustrated.

  when the pendulum moves from its extreme position to mean positions then work done by gravitational force is positive because displacement and gravitational force are in same direction.When pendulum moves from mean position to extreme position the work

• Working with projectile motion.

  The maximum distance corresponds to the maximum of potential energy. We are having a total of 0.4 joules. So the maximum value PE can take is 0.4J. When PE = 0.4 J, from the graph, x = 10. Thus 10 cm is the answer.

• Calculate the Force of a Spring Function

  (Note that as the free end moves in +x direction the spring's force toward -x direction becomes more negative.) PART a. Make a graph of F(x) from x=0 to x= .8 m. From your graph of F vs x, find the slope of the line.

• Conservation of Energy

  A second ball is simply dropped from the same hand position and also lands 0.60 m below that position. What is the net work done by gravity in the two cases? 3.