Q1
a) With the aid of a sketch of the hydraulic system explain the
following
i) A Reservoir ii) A pump and a prime mover iii) A pressure control
and check valve iv) A power circuit which is made of actuators,
motors or cylinders. v) Filter
b) List three functions that are performed by a reservoir and the
purpose of baffles in it.
Q2
a) Define the term ‘Filtration’ in a hydraulic system.
b) Explain the difference between a depth...
(a) Describe the principle of operation of
(i) Klystron amplifier
(ii) Travelling wave tube (TWT) amplifier.(b) A parabolic reflector is used to receive a satellite signal
of 4 GHz. If the beamwidth of the device is 2.50(i) find the diameter of the parabolic reflector.
(ii) calculate the gain of the device assuming that the efficiency
factor is 50%
function and working principle of the component of the hydraulic
power steering system with diagram. and kindly it's good if you
send me a pdf or a book that briefly explains
1. Describe how can you prepare the spectroscope and
explain its principle of operation
2. Write if the spectroscope would work if there was no gap at the
end?
Why the gap helps What would happen if it had an X shape?
3. How will the colors change when you rotate the diffraction
grating?
4. Explain how the rainbow is formed and what functions as a
diffraction grating in this phenomenon.
5. Explain what problems are involved in studying distant...
1. Describe how can you prepare the spectroscope
and
explain its principle of operation
2. Write if the spectroscope would work if there was no gap at the
end?
Why the gap helps What would happen if it had an X shape?
3. How will the colors change when you rotate the diffraction
grating?
4. Explain how the rainbow is formed and what functions as a
diffraction grating in this phenomenon.
5. Explain what problems are involved in studying distant...
1. Describe how can you prepare the spectroscope
and
explain its principle of operation
2. Write if the spectroscope would work if there was no gap at the
end?
Why the gap helps What would happen if it had an X shape?
3. How will the colors change when you rotate the diffraction
grating?
4. Explain how the rainbow is formed and what
functions as a diffraction grating in this phenomenon.
5. Explain what problems are involved in studying distant...
Explain :
a) the working principle of Passive Heating system with
suitable example and advantages
b)the working principle of Active Heating system with suitable
example and advantages