The diagram displays the component of hot air balloon and describe its methanics.
Overall, there are three main parts during the structure of hot balloon, consisting of the envelope, the burner and the basket. Additionally, the hot ballon active according to the thermal regulation of air inside the envelope.
The main and also the largest part is called the envelope, which has shape of a light bulb. At the top of the envelope is called parachute valve which is a self-sealing and used to regulate the pace at which air espaces. Following this is the number of gores making up of smaller panels. The evelope tapers into a small base called “skirt” which is connected the above part with the below part is basket by ropes. The basket contains a couple of propane cyclinder used to power the burner while that hangs on the basket.
Regarding the methanism of the hot-air balloon, the fuel is composed into cylinder will mix with air inside the envelope to produce hot air. Subsequently, hot air, which is lighter than the cool atmosphere, float on the top of evelope and make the hot balloon rescend.
The diagram displays the component of hot
air
balloon
and
describe
its
methanics
.
Overall
, there are three main
parts
during the structure of hot
balloon
, consisting of the
envelope
, the burner and the basket.
Additionally
, the hot
ballon
active according to the thermal regulation of
air
inside the envelope.
The main and
also
the largest
part
is called
the
envelope
, which has shape of a light bulb. At the top of the
envelope
is called
parachute valve which is a self-sealing and
used
to regulate the pace at which
air
espaces
. Following this is the number of gores making up of smaller panels. The
evelope
tapers into a
small
base called “skirt” which
is connected
the above
part
with the below
part
is basket by ropes. The basket contains a couple of propane
cyclinder
used
to power the burner while that hangs on the basket.
Regarding the
methanism
of the hot-air
balloon
, the fuel
is composed
into cylinder will mix with
air
inside the
envelope
to produce hot
air
.
Subsequently
, hot
air
, which is lighter than the cool atmosphere, float on the top of
evelope
and
make
the hot
balloon
rescend
.