What's new

PSLV-C39 carrying navigation satellite IRNSS-1H failed

geosynchronous orbit (GSO) and geostationary orbit (GEO)

GEO is far away and it is still so it is called stationary.

GSO is lower and it moves with earth so it has to sync every few hours.

Oh God, this is beyond stupid....

Both circular GSO & GEO has radius of 42,000 km from the center of the earth & have same orbital periods!!

The difference is that GEO in the same plane as the equator, that is no inclination.

The 4 launch failures are failures.

India's launch failure is karma

You must be God !! :woot:
 
.
then mr expart why do we need large dish antennas on roof??? why do we need large antennas for space missions?? acording to you we can use mobile phones with different circuit. problem solved. :haha: we can put phone in plane for radar signals problem solved:omghaha: put phone on your house and your house will catch signals from mars.:omghaha::omghaha::omghaha::omghaha::omghaha:

:hitwall::hitwall::hitwall::hitwall::hitwall::hitwall::hitwall::hitwall::hitwall:

Ever heard of satellite phones and pager?:hang3:
 
.
Oh God, this is beyond stupid....

Both circular GSO & GEO has radius of 42,000 km from the center of the earth & have same orbital periods!!

The difference is that GEO in the same plane as the equator, that is no inclination.
and according to your big knowlege distance from poles and equator is all same????:haha: please learn something.

Ever heard of satellite phones?:hang3:
yes not just heard but also used them. they receive signals from satalites in LEO.
 
. . .
oh god, more stupidity. Both have a radius of 42,000 km from the center of the earth, not poles or equator.
you don't beam signal to center of earth but on surface which has distance variation.

ahhhh sorry i can't teach you anymore not today. :hitwall::hitwall::hitwall::hitwall: you are a hopeless student.:suicide:

here colect your report card below.

big F

you fail! now study hard next time.
 
.
you don't beam signal to center of earth but on surface which has distance variation.

Again, stupid.

For a GSO on an elliptical orbit, the distance would change over it's period of ~24 hours. Not that a difference of few degrees of longitude/latitude matters much.

May this pic help you.

irnss-positioning.jpg


QZSS

img_tumst_03.png
 
.
Again, stupid.

For a GSO on an elliptical orbit, the distance would change over it's period of ~24 hours. Not that a difference of few degrees of longitude/latitude matters much.
this is why you need more then 6 satelites. you are proving me right.:haha:

May this pic help you.

irnss-positioning.jpg
lol look at the pethetic covrage. do you think GSO 1 and GSO 2 can cover 24X7?
 
.
this is why you need more then 6 satelites. you are proving me right.:haha:

Again, stupid. There is a need for minimum 4 satellites at a time. 3 GEO & 4 GSO satellites can provide for that in the IOR.

ol look at the pethetic covrage. do you think GSO 1 and GSO 2 can cover 24X7?

Stupid, it's meant to cover the IOR and it will do it.
 
. . .
Back
Top Bottom