Extremely dense neutron with mass equal to that of the sun

Assignment Help Physics

Reference no: EM13677072

An extremely dense neutron with mass equal to that of the sun has a radius of about 10 km about the size of Manhattan Island. These stars are thought to rotate once about every 0.03 to 4 s, depending on their size and mass. Assume that the neutron star described in the first sentence rotates once every 0.040 s. If its volume then expanded to occupy a uniform sphere of radius 1.4x10^8 m with no change in mass or rotational momentum, what time interval would be needed for one rotation? By comparison, the sun rotates once about its axis each month.

Reference no: EM13677072

Questions Cloud

The maintenance crew at katz electronics corporation : The maintenance crew at Katz Electronics Corporation

Magnitude of the net electric field at the origin : The drawing shows two situations in which charges are placed on the x and y axes. They are all located at the same distance of 8.50 cm from the origin O. For each of the situations in the drawing, decide the magnitude of the net electric field at the..

Provide a list of competitive supply chain strategies : Provide a list of competitive supply chain strategies

Affect a competitive supply chain strategy : Issues that could affect a competitive supply chain strategy?

Extremely dense neutron with mass equal to that of the sun : An extremely dense neutron with mass equal to that of the sun has a radius of about 10 km about the size of Manhattan Island. These stars are thought to rotate once about every 0.03 to 4 s, depending on their size and mass.

The rate of inflation changes : The rate of inflation changes.

Resulting motion is straight across the river : A boat capable of making 6.0 km/h in still water is utilized to cross a river flowing at speed of 4.0 km/h. The boat is directed (from the perpendicular to the shore) in such a way that its resulting motion is straight across the river.

What is the current process capability as measured by cp : What is the current process capability as measured by Cp?

Change in the kinetic energy of the merry-go-round : A 38-kg boy running at 3.7m/s jumps tangentially onto a small circular merry-go-round of radius 2.0 m and rotational inertia 20 kg? m2 pivoting on a frictionless bearing on its central shaft. Merry-go-round initially rotating at 0.70rad/s opposite th..

User Account

All Pages