What is its kinetic energy at the bottom

Reference no: EM13519247

A small solid sphere, with radius 0.25 cm and mass 0.70 g rolls without slipping on the inside of a large fixed hemisphere with radius 23 cm and a vertical axis of symmetry. The sphere starts at the top from rest.

(a) What is its kinetic energy at the bottom?

(b) What fraction of its kinetic energy at the bottom is associated with rotation about an axis through its center of mass?

Reference no: EM13519247

Questions Cloud

Explain hno3 in a manner similar to that of cus(s) : FeS(s) dissolves by the addition of HNO3 in a manner similar to that of CuS(s). In the process, the Fe2+ ion is oxidized to Fe3+ ion. Write an equation for this reaction.

What is amount of revenue reported on the income statement : What is the amount of total assets at the end of the accounting period and what is the amount of revenue reported on the income statement

Obtain the mass of the meter stick : A meter stick balances horizontally on a knife-edge at the 50.0 cm mark. With two 5.00 g coins stacked over the 6.0 cm mark, What is the mass of the meter stick

Explain what is the approximate ph of the solution : A solution with a weak acid was tested with the indicators in this experiment. The colors observed were as follows: - methyl violet: violet

What is its kinetic energy at the bottom : A small solid sphere, with radius 0.25 cm and mass 0.70 g rolls without slipping on the inside of a large fixed hemisphere with radius 23 cm and a vertical axis of symmetry. What is its kinetic energy at the bottom

Explain what is the best way to isolate the compound : What is the best way to isolate the compound of : 1,2,4,5-tetrachlorobenzene, o-toluic acid and 1,4-dibromobenzene

Find the torque acting on the particle : At the instant of the figure, a 1.4 kg particle P has a position vector r of magnitude 1.1 m and angle ?1 = 45° and a velocity vector v of magnitude 3.8 m/s and angle ?2 = 30°. What is the torque acting on the particle about the origin

How to compute the specific heat capacity of a metal : If 72.4 kJ of heat is supplied to a 862 g block of metal, the temperature of the metal increases by 9.3°C. Calculate the specific heat capacity of the metal in J/g·°C.

A semiconductor device is characterized by the idealized ene : A semiconductor device is characterized by the idealized energy band diagram in the figure below. It is also known that EG = 1.12eV, ni = 1010 cm-3, and kT = 0.0259 eV. Also, μn = 1345 cm2 V-1 - sec-1 and μp =458cm2V-1-sec-1 atbothx=xa andx=xb.

User Account

All Pages