Explain what a Long Transmission line is. What can be the result
of a lagging and...
Explain what a Long Transmission line is. What can be the result
of a lagging and leading load with regards to the Sending end
voltage, Sending end Power, efficiency and voltage regulation?
In a localized capacitance method for a Long transmission line
what could be consider a drawback from it? Also when a long
transmission line is open circuited on its receiving end, would
there be any current at the sending end?
In a localized capacitance method for a Long transmission line
what could be consider a drawback from it? Also when a long
transmission line is open circuited on its receiving end, would
there be any current at the sending end?
How does a capacitance affect Long Transmission lines? If the
receiving end of the long transmission is open circuited, is there
a current flow at the sending end?
Explain why the positive sequence impedance of a transmission
line and transformer is the same as the negative sequence impedance
but is different from the zero sequence impedance.
The impedance of a three-phase, 50 km long power transmission line per unit length is 0.05 + j0.1 / km.
A load with a power coefficient of 0.8 forward is fed from the end of the line. Line and end of line of energy transmission line
According to the intention to keep the voltage between phases constant at 154 kV;
a) Active and reactive power values drawn from the beginning and end of the line,
b) Calculate the lost...
4. What is an Okazaki fragment and explain why it is found only
in the lagging strand in a replication fork, but not the leading
strand.
5. What is the role of a telomerase in eukaryotes and why are
they not needed in bacterial cells?
6. Using a translation table, there is only one possible
sequence of nucleotides in the template strand of DNA listed below
that would code for the polypeptide sequence Phe-Leu-Ile-Val.
Identify the correct one and explain...
Write about wireless transmission and explain how’s the
transmission is occurred, what are the current technologies is
applied to such systems and its conclusion
Explain these different forms of phasing: • Leading
right turn • Lagging right turn •
Leading-through-lagging • Split approach •
Diamond overlap
True or false: all traffic facing a green circle display has
right of way
True or false: all traffic turning in the direction of a green
arrow has right of way
Explain the yellow trap (also known as the right turn trap)