Jawaban
11. Ir. Soekarno was
the first President of Indonesia known as a proclaimed figure with Dr. Ir.
Mohamad Hatta. In 1926, he graduated from Technische Hoge School, Bandung (now
ITB). On July 4, 1927, Soekarno established the PNI (Partai Nasional Indonesia)
to achieve the independence of Kharisma and his intelligence made him famous as
a master orator who could arouse the spirit of the people. The Dutch felt threatened
by his nationalist attitude. In December 1929, Sukarno and other PNI figures
were arrested and imprisoned. PNI it self was dissolved and changed to
Partindo. His struggle continued after his release, but in August 1933, the
Indonesian independence proclaimer was again arrested and exiled to Ende,
Flores, then transferred to Bengkulu.
Analisis Reference
·
He graduated
refer to somebody (Ir.Soekarno)
·
His Inteligent
refer to somebody (Ir.Soekarno)
·
Made Him Famous
refer to somebody (Ir.Soekarno)
·
His nasionalist
refer to somebody (Ir.Soekarno)
·
It self was
dissolved refer to somebody (PNI)
·
His struggle
refer to somebody (Ir. Soekarno)
·
His Release refer
to somebody (Ir.Soekarno)
12. The
Global Positioning System (GPS) is a satellite-based navigation system made up
of a network of 24 satellites placed into orbit by the U.S. Department of Defense.
The Global Positioning System (GPS) = Subject
Is a satellite-based navigation system made up
of a network of 24 satellites = Predicate
Placed into orbit = Predicate
GPS was originally intended for
military applications
GPS = Subject
Originally intended = Predicate
But in the1980s, the government made the
system available for civilian use.
The government= Subject
The system available = Object
GPS works in any weather conditions,
anywhere in the world, 24 hours a day.
GPS = Subject
Works = Predicate
There are no subscription fees or
setup charges to use GPS.
Subscription fees or setup charges = Subject
GPS satellites circle the earth twice
a day in a very precise orbit and transmit signal information to earth.
GPS satellites = Subject
Circle = Predicate
The earth = Object
GPS receivers take this information
and use trilateration to calculate the user's exact location.
The GPS receiver = Subject
Take = Predicate
This information = Object
Use = Predicate
Trilateration = Object
Essentially, the GPS receiver compares
the time a signal was transmitted by a satellite with the time it was received.
The GPS receiver = Subject
Compares = Predicate
The time a signal = Object
The time difference tells the GPS
receiver how far away the satellite is
The time difference = Subject
Tells = Predicate
The GPS receiver = Object
The receiver can determine the user's
position and display it on the unit's electronic map.
The receiver = Subject
Can determine = Predicate
The user's position = Object
Display = Predicate
It = Subject
The unit electronics map = Object
A GPS receiver must be locked on to
the signal of at least 3 satellites to calculate a 2-D position (latitude and
longitude) and track movement.
A GPS receiver = Subject
Must be locked = Predicate
The signal of at least 3 satellites = Object
The receiver can determine the user's
3-D position (latitude, longitude and altitude).
The receiver = Subject
Can determine = Predicate
The user's 3-D position (latitude, longitude
and altitude) = Object
Once the user's position has been
determined,
The user's position = Subject
Has been determined = Predicate
The GPS unit can calculate other
information, such as speed, bearing, track, trip distance, distance to
destination, sunrise and sunset time and more..
The GPS unit = Subject
Can calculate = Predicate
Other information = Object
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