The lowest temperature that has been achieved is about 1

Assignment Help Mechanical Engineering

Reference no: EM13627914

The lowest temperature that has been achieved is about 1 × 10-6 K. To achieve this an additional stage of cooling is required beyond that described in the previous problem, namely nuclear cooling. This process is similar to magnetic cooling, but it involves the magnetic moment associated with the nucleus rather than that associated with certain ions in the paramagnetic salt. Suppose that 10 µJ is to be removed from a specimen at an average temperature of 10-5 K (ten microjoules is about the potential energy loss of a pin dropping 3 mm). Find the work input to a Carnot heat pump and its coefficient of performance to do this assuming the ambient is at 300 K.

Reference no: EM13627914

Questions Cloud

Urn a has 12 white and 16 red balls urn b has 3 white and : urn a has 12 white and 16 red balls. urn b has 3 white and 8 red balls. we flip a fair coin. if the oucome is heads

The lowest temperature that has been achieved is about 1 : the lowest temperature that has been achieved is about 1 times 10-6 k. to achieve this an additional stage of cooling

An escalator brings four people of total 300 kg 25 m up in : an escalator brings four people of total 300 kg 25 m up in a building. explain what happens with respect to energy

When the pendulum oscillates the amplitude of the first : the disc of a torsional pendulum has a moment of inertia of 0.05kgm2 and is immersed in a viscous fluid. the shaft to

The lowest temperature that has been achieved is about 1 : the lowest temperature that has been achieved is about 1 times 10-6 k. to achieve this an additional stage of cooling

You are consulting for an amusement park that wants to : you are consulting for an amusement park that wants to build a new rotor ride. in order to increase capacity they would

Determine the intersection points of the following pairs of : determine the intersection points of the following pairs of curves. follow the following steps for each problemi. use

Per the linked problem i dont understand how the shear : per the linked problem i dont understand how the shear calculation is done. why is vf and vb 333.33 lb.ft? i understand

If the machine is mounted on a large concrete block of mass : an industrial machine of mass 453.4kg is supported on springs with a static deflection of 0.508cm. the machine has a

User Account

All Pages