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Answer the following questions on nozzles considering the governing equation: latex0 If the flow is subsonic, and the fluid enters a converging nozzle, what happens to the velocity?

*** *Hint:* Sketch the area of integration in the latex4 plane, re-write the bounding curves in terms of latex5 and latex6 and hence show that the region of integration has limits latex7 and latex8 .

(v) Find the fraction of the turbine's gross power which is used to drive the compressor.

Find the latex5 component of velocity, latex6 , for this flow field.

A wheel is rolling along a horizontal path towards a step which lies across its path.

Therefore, assuming that the pressure fluctuations are the same each week, calculate the expected creep rupture time of the pipe.

In which direction does the shear stress act?

What is the significance of the resulting non-dimensional parameter?

All the marked rabbits were then released.

The vorticity vector represents the local rigid body rotation of the flow.

Is this the result that you would expect?

* *** The evaluation of the Fourier coefficients of a periodic function may often be greatly simplified by exploiting the symmetry of the problem.

The minimum film thickness is 50 microns and the design guide suggests latex2 .

The three unit vectors are: * latex6 : which points along the latex5 (rotation) axis; * latex8 : which lies in the latex9 plane and points from the rotation axis to the upper mass; * latex10 : which always points in the direction in which the upper mass is moving.

How far does the muon measure the Earth's surface to be from the point at which it is created?

Derive an expression for the acceleration, latex6 , of the Eulerian flow field.

Why is this value only approximate?

Show that if we define two new variables, latex4 then the ODE expressed in terms of latex5 and latex6 are not coupled.