the
screen like a television or
computer screen, on which the reflected images of the
radar are seen. It works by sending out
super-high
frequency radio waves which then bounce off objects, such as other ships or land
masses, etc., within the
range of the
radar. These reflections are then reproduced as tiny
electronic images. In this way other ships and objects can be observed and avoided. It is also used for
navigation. The
term is
derived from
ra(dio) d(irection) a(nd) r(ange).
the
screen like a television or
computer screen, on which the reflected images of the
radar are seen. It works by sending out
super-high
frequency radio waves which then bounce off objects, such as other ships or land
masses, etc., within the
range of the
radar. These reflections are then reproduced as tiny
electronic images. In this way other ships and objects can be observed and avoided. It is also used for
navigation. The
term is
derived from radio direction and
range.
the
screen, like a television or
computer screen, on which the reflected images of the
radar are seen.
Radar works by sending out
super-high
frequency radio waves which then bounce off objects, such as other ships or land
masses, etc., within the
range of the
radar. These reflections are then reproduced as tiny
electronic images. In this way other ships and objects can be observed and avoided. It is also used for
navigation. The
term is
derived from
ra(dio) d(irection) a(nd) r(ange).