Determine change in rotational kinetic energy of ice skater

Reference no: EM13991441

If an Ice skater with moment of inertia of 80 kgm^2 and angular velocity of 4 rad/s reduces her moment of inertia to 60 kgm^2 by adjusting her arms, determine the change in the rotational kinetic energy of the ice skater by adjusting her arms.

Reference no: EM13991441

Questions Cloud

What is the escape velocity on the hypothetical planet : A hypothetical planet's radius is 5750 km and the mass is 5.00x1024 kg. What is the escape velocity on the hypothetical planet?

What angle must the puck velocity make relative to player : The line between the center of the goal and the player makes a 90o angle relative to his path as shown in the figure. What angle must the puck's velocity make relative to the player (in his frame of reference) to hit the center of the goal in degree..

Write an essay on the things that make theft a crime : The word "theft" in its broadest sense describes many forms of criminal conduct. Write an essay on the things that make theft a crime including special attention given to the concept of "ownership."

Should the family seek professional help : Are there things that a family member can do to help the person in crisis? Should the family seek professional help, and if so, what type of help? Should the family themselves participate in a group setting with the family member in crisis

Determine change in rotational kinetic energy of ice skater : If an Ice skater with moment of inertia of 80 kgm^2 and angular velocity of 4 rad/s reduces her moment of inertia to 60 kgm^2 by adjusting her arms, determine the change in the rotational kinetic energy of the ice skater by adjusting her arms.

How the model contributed to the success : The Seven-Step Model of crisis intervention is designed to operate as an integral part of the problem solving process. Provide an overview of the situation and how the model contributed to the success (or lack thereof) of the situation

What is phase difference between the two parts of the beam : A beam of light of wavelength 549 nm passes through two slabs of material of identical thickness d= 1.60 micrometers, as shown in the figure. The slabs have different indices of refraction: n1= 1.56 and n2= 1.73. What is the phase difference (in ..

What are the five elements of larceny : What are the five elements of larceny? Explain embezzlement. Explain obtaining property by fraudulent means. Explain receiving or concealing stolen property

Calculate electric flux through sphere centered at origin : A point charge of 3.35nanoCouIombs is located at the origin and a second charge of -4.71nanoCoulombsis located on the x axis at x = 1.68 m. Calculate the electric flux through a sphere centered at the origin with radius 1.03 m.

User Account

All Pages