
Chinese: 
hello my name is Ben Miller
and i'm Luis Tapia and we're both from the 
united states and this is our entry for the
youtube lenovo space lab competition 
and our question is
can magnetic north and magnetic south be determined
in orbit around the earth? now
0:00:14.650,0:00:16.449the 
reason this is rather puzzling is because
the earth gives off magnetic fields. that is how a compass works
points to magnetic north and magnetic south
0:00:22.919,0:00:26.300however, when you reach a certain elevation
0:00:26.300,0:00:28.949the arths magnetic fields get weaker and weaker
at that point the suns magnetic field becomes a factor because typically the sun
has a fairly stronger magnetic field. however te earths magnetic fields
deflect the suns magnetic fields. so
0:00:42.220,0:00:47.630as the earths magnetic fields become weaker and weaker, you can expect the suns to become stronger and stronger
0:00:47.630,0:00:49.590now, our proposed hypothesis
if the compass is in orbit around the earth
then the magnetic fields of the sun will have a
 greater impact on it
than those on earth0:00:56.930,0:00:58.160
with it

Dutch: 
hello my name is Ben Miller
and i'm Luis Tapia and we're both from the 
united states and this is our entry for the
youtube lenovo space lab competition 
and our question is
can magnetic north and magnetic south be determined
in orbit around the earth? now
0:00:14.650,0:00:16.449the 
reason this is rather puzzling is because
the earth gives off magnetic fields. that is how a compass works
points to magnetic north and magnetic south
0:00:22.919,0:00:26.300however, when you reach a certain elevation
0:00:26.300,0:00:28.949the arths magnetic fields get weaker and weaker
at that point the suns magnetic field becomes a factor because typically the sun
has a fairly stronger magnetic field. however te earths magnetic fields
deflect the suns magnetic fields. so
0:00:42.220,0:00:47.630as the earths magnetic fields become weaker and weaker, you can expect the suns to become stronger and stronger
0:00:47.630,0:00:49.590now, our proposed hypothesis
if the compass is in orbit around the earth
then the magnetic fields of the sun will have a
 greater impact on it
than those on earth0:00:56.930,0:00:58.160
with it

Russian: 
hello my name is Ben Miller
and i'm Luis Tapia and we're both from the 
united states and this is our entry for the
youtube lenovo space lab competition 
and our question is
can magnetic north and magnetic south be determined
in orbit around the earth? now
0:00:14.650,0:00:16.449the 
reason this is rather puzzling is because
the earth gives off magnetic fields. that is how a compass works
points to magnetic north and magnetic south
0:00:22.919,0:00:26.300however, when you reach a certain elevation
0:00:26.300,0:00:28.949the arths magnetic fields get weaker and weaker
at that point the suns magnetic field becomes a factor because typically the sun
has a fairly stronger magnetic field. however te earths magnetic fields
deflect the suns magnetic fields. so
0:00:42.220,0:00:47.630as the earths magnetic fields become weaker and weaker, you can expect the suns to become stronger and stronger
0:00:47.630,0:00:49.590now, our proposed hypothesis
if the compass is in orbit around the earth
then the magnetic fields of the sun will have a
 greater impact on it
than those on earth0:00:56.930,0:00:58.160
with it

French: 
hello my name is Ben Miller
and i'm Luis Tapia and we're both from the 
united states and this is our entry for the
youtube lenovo space lab competition 
and our question is
can magnetic north and magnetic south be determined
in orbit around the earth? now
0:00:14.650,0:00:16.449the 
reason this is rather puzzling is because
the earth gives off magnetic fields. that is how a compass works
points to magnetic north and magnetic south
0:00:22.919,0:00:26.300however, when you reach a certain elevation
0:00:26.300,0:00:28.949the arths magnetic fields get weaker and weaker
at that point the suns magnetic field becomes a factor because typically the sun
has a fairly stronger magnetic field. however te earths magnetic fields
deflect the suns magnetic fields. so
0:00:42.220,0:00:47.630as the earths magnetic fields become weaker and weaker, you can expect the suns to become stronger and stronger
0:00:47.630,0:00:49.590now, our proposed hypothesis
if the compass is in orbit around the earth
then the magnetic fields of the sun will have a
 greater impact on it
than those on earth0:00:56.930,0:00:58.160
with it

Spanish: 
hello my name is Ben Miller
and i'm Luis Tapia and we're both from the 
united states and this is our entry for the
youtube lenovo space lab competition 
and our question is
can magnetic north and magnetic south be determined
in orbit around the earth? now
0:00:14.650,0:00:16.449the 
reason this is rather puzzling is because
the earth gives off magnetic fields. that is how a compass works
points to magnetic north and magnetic south
0:00:22.919,0:00:26.300however, when you reach a certain elevation
0:00:26.300,0:00:28.949the arths magnetic fields get weaker and weaker
at that point the suns magnetic field becomes a factor because typically the sun
has a fairly stronger magnetic field. however te earths magnetic fields
deflect the suns magnetic fields. so
0:00:42.220,0:00:47.630as the earths magnetic fields become weaker and weaker, you can expect the suns to become stronger and stronger
0:00:47.630,0:00:49.590now, our proposed hypothesis
if the compass is in orbit around the earth
then the magnetic fields of the sun will have a
 greater impact on it
than those on earth0:00:56.930,0:00:58.160
with it

English: 
hello my name is Ben Miller
and i'm Luis Tapia and we're both from the 
united states and this is our entry for the
youtube lenovo space lab competition 
and our question is
can magnetic north and magnetic south be determined
in orbit around the earth? now the 
reason this is rather puzzling is because
the earth gives off magnetic fields. that is how a compass works
points to magnetic north and magnetic south
 however, when you reach a certain elevation the earths magnetic fields get weaker and weaker
at that point the suns magnetic field becomes a factor because typically the sun
has a fairly stronger magnetic field. however te earths magnetic fields
deflect the suns magnetic fields. so
 as the earths magnetic fields become weaker and weaker, you can expect the suns to become stronger and stronger. now, our proposed hypothesis
if the compass is in orbit around the earth
then the magnetic fields of the sun will have a
 greater impact on it 
than those on earth0:00:56.930,0:00:58.160
with it

German: 
hello my name is Ben Miller
and i'm Luis Tapia and we're both from the 
united states and this is our entry for the
youtube lenovo space lab competition 
and our question is
can magnetic north and magnetic south be determined
in orbit around the earth? now
0:00:14.650,0:00:16.449the 
reason this is rather puzzling is because
the earth gives off magnetic fields. that is how a compass works
points to magnetic north and magnetic south
0:00:22.919,0:00:26.300however, when you reach a certain elevation
0:00:26.300,0:00:28.949the arths magnetic fields get weaker and weaker
at that point the suns magnetic field becomes a factor because typically the sun
has a fairly stronger magnetic field. however te earths magnetic fields
deflect the suns magnetic fields. so
0:00:42.220,0:00:47.630as the earths magnetic fields become weaker and weaker, you can expect the suns to become stronger and stronger
0:00:47.630,0:00:49.590now, our proposed hypothesis
if the compass is in orbit around the earth
then the magnetic fields of the sun will have a
 greater impact on it
than those on earth0:00:56.930,0:00:58.160
with it

Spanish: 
in orbit the compass will react with both the earths and the
suns magnetic field
but which is stronger? that is what we want to know0:01:05.770,0:01:08.950
our proposed experiment is to bring a needle a 
variable electromagnetic
and charge the needle0:01:13.070,0:01:16.520
the reason we need a variable electromagnet is to increase the amount of magnetic energy
0:01:16.520,0:01:18.470in the needle
so there is three possible outcomes we can get
and that is
the needle will react with either the earths magnetic fields
the suns magnetic field or neither
and by slowly increasing
the amount of energy in the needle
we can eliminate
the possibility 
that it will react with neither magnetic filds. thanks for wacthing. thank you

English: 
in orbit the compass will react with both the earths and the
suns magnetic field
but which is stronger? that is what we want to know. 
our proposed experiment is to bring a needle a
variable electromagnetic
and charge the needle.
the reason we need a variable electromagnet is to increase the amount of magnetic energy
 in the needle
so there is three possible outcomes we can get
and that is
the needle will react with either the earths magnetic fields
the suns magnetic field or neither
and by slowly increasing
the amount of energy in the needle
we can eliminate
the possibility 
that it will react with neither magnetic filds. thanks for wacthing. thank you

French: 
in orbit the compass will react with both the earths and the
suns magnetic field
but which is stronger? that is what we want to know0:01:05.770,0:01:08.950
our proposed experiment is to bring a needle a 
variable electromagnetic
and charge the needle0:01:13.070,0:01:16.520
the reason we need a variable electromagnet is to increase the amount of magnetic energy
0:01:16.520,0:01:18.470in the needle
so there is three possible outcomes we can get
and that is
the needle will react with either the earths magnetic fields
the suns magnetic field or neither
and by slowly increasing
the amount of energy in the needle
we can eliminate
the possibility 
that it will react with neither magnetic filds. thanks for wacthing. thank you

Dutch: 
in orbit the compass will react with both the earths and the
suns magnetic field
but which is stronger? that is what we want to know0:01:05.770,0:01:08.950
our proposed experiment is to bring a needle a 
variable electromagnetic
and charge the needle0:01:13.070,0:01:16.520
the reason we need a variable electromagnet is to increase the amount of magnetic energy
0:01:16.520,0:01:18.470in the needle
so there is three possible outcomes we can get
and that is
the needle will react with either the earths magnetic fields
the suns magnetic field or neither
and by slowly increasing
the amount of energy in the needle
we can eliminate
the possibility 
that it will react with neither magnetic filds. thanks for wacthing. thank you

Chinese: 
in orbit the compass will react with both the earths and the
suns magnetic field
but which is stronger? that is what we want to know0:01:05.770,0:01:08.950
our proposed experiment is to bring a needle a 
variable electromagnetic
and charge the needle0:01:13.070,0:01:16.520
the reason we need a variable electromagnet is to increase the amount of magnetic energy
0:01:16.520,0:01:18.470in the needle
so there is three possible outcomes we can get
and that is
the needle will react with either the earths magnetic fields
the suns magnetic field or neither
and by slowly increasing
the amount of energy in the needle
we can eliminate
the possibility 
that it will react with neither magnetic filds. thanks for wacthing. thank you

German: 
in orbit the compass will react with both the earths and the
suns magnetic field
but which is stronger? that is what we want to know0:01:05.770,0:01:08.950
our proposed experiment is to bring a needle a 
variable electromagnetic
and charge the needle0:01:13.070,0:01:16.520
the reason we need a variable electromagnet is to increase the amount of magnetic energy
0:01:16.520,0:01:18.470in the needle
so there is three possible outcomes we can get
and that is
the needle will react with either the earths magnetic fields
the suns magnetic field or neither
and by slowly increasing
the amount of energy in the needle
we can eliminate
the possibility 
that it will react with neither magnetic filds. thanks for wacthing. thank you

Russian: 
in orbit the compass will react with both the earths and the
suns magnetic field
but which is stronger? that is what we want to know0:01:05.770,0:01:08.950
our proposed experiment is to bring a needle a 
variable electromagnetic
and charge the needle0:01:13.070,0:01:16.520
the reason we need a variable electromagnet is to increase the amount of magnetic energy
0:01:16.520,0:01:18.470in the needle
so there is three possible outcomes we can get
and that is
the needle will react with either the earths magnetic fields
the suns magnetic field or neither
and by slowly increasing
the amount of energy in the needle
we can eliminate
the possibility 
that it will react with neither magnetic filds. thanks for wacthing. thank you
