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Originally posted by heineken
still i confirm ...you cant see a dwarf star with a telescope from earth during daytime
Originally posted by heineken
i will check if an object can be visible only during daytime..whilst at night time it will be only visible from the north or south pole
Originally posted by NyxOne
Originally posted by heineken
still i confirm ...you cant see a dwarf star with a telescope from earth during daytime
You not parroting constantly and actually corroborating your tired statements with evidence would be nice.
Though in a way, I suppose you're right. Because no dwarf star, much less a brown dwarf, is anywhere near us.
Originally posted by Thebel
Originally posted by NyxOne
Originally posted by heineken
still i confirm ...you cant see a dwarf star with a telescope from earth during daytime
You not parroting constantly and actually corroborating your tired statements with evidence would be nice.
Though in a way, I suppose you're right. Because no dwarf star, much less a brown dwarf, is anywhere near us.
Well, our Sun is dwarf star, precisely Yellow Dwarf.
Originally posted by stereologist
reply to post by heineken
There is an old saying, "Those who know the least know it the loudest."
IF YOU APPLY THE SOLAR FILTER YOU HAVE TO ONLY LET THE SUN VISIBLE...YOU HAVE TO COVER THE REST YOU UNDERSTAND?????????????? YOU CANNOT LOOK OUT FOR STARS OR COMETS DURING DAYTIME....YOU GRASP THE CONCEPT NOW??????...I ALSO POSTED YOU A PICTURE OF WHAT SETUP IS NEEDED TO VIEW VENUS DURING THE DAY??? YOU CANT USE A TELESCOPE DURING THE DAY OK
It is not necessary to scream to show us that you do not understand a procedure you have never done yourself, and will never do I sure. Lots of people have used a telescope during the daytime and not used the set up you showed.
Besides, what about eclipses. They happen at least once a year.
Does this fantasy of yours do a quick "duck and cover" during the eclipse?
Originally posted by heineken
still i confirm ...you cant see a dwarf star with a telescope from earth during daytime
Originally posted by CCLLCCLL
Thats it. I'm gonna try to find a telescope and mess around with it. I am on board with the OP. I am hearing a lot of "bla bla bla" but no "I just whipped out my amateur telescope and looked at the sun and there was no nibiru." Seems like a great many ATSrs have that human disease where you like to talk talk talk but not do. I am gonna try to find a telescope. I suggest all you non-believers do the same.
Originally posted by nenothtu
reply to post by manicmaniac
Given that orbit, and depending on the inclination of it (towards or away from the ecliptic) you would be able to see that object at any time that it was outward from Earth's orbit and you could also see Capricorn at that point.
A 3600 year orbit with the eccentricity shown would never leave the solar system, much less go out far enough to be captured by any other stars.
It WOULD, however, disrupt all the planets whose orbit it crossed inbound, and they wouldn't be here for us to see now - they'd have been flung out of the solar system aeons ago.
Although any telescope (or steadily-held binoculars) will allow the phases of Venus to be seen, the planet is a notoriously difficult one to observe, for three main reasons. Firstly, whenever the planet is visible (shortly before sunrise or after sunset) it is positioned at a low altitude (angle above the horizon) where it is immersed in haze and atmospheric turbulence, which adversely affects the quality of the image seen in the telescope. Consequently most telescopic observers prefer to view the planet in full daylight - when its altitude is much higher - taking special care to shield the Sun from view. Secondly, the planet's brilliance - although making it a very obvious and beautiful object to the naked-eye - causes a menacing glare when seen through a telescope. Thirdly, the planet itself is permanently cloaked in thick cloud, so its surface features are never visible through telescopes. Most amateur astronomers can therefore only expect to observe its characteristic phase changes, but little else. Experienced observers using medium and larger-sized telescopes often observe detail in its cloud features by attaching ultraviolet (UV), infrared (IR) or colour filters to the telescope eyepiece. In the latter category, yellow, blue and violet filters help to reduce the glare of the planet and improve the contrast of its cloud features whilst orange and red filters help to reduce the brightness of the sky during daylight observations. Even when using large telescopes, observers often report that Venus does not take high magnification well; magnifications over 300x are rarely beneficial, the image succumbing to the effects of low contrast and atmospheric turbulence.
Originally posted by heineken
you are only show how ignorant you both are on the subject...
again..
you cant see a damn thing with a telescope if you dont apply this..
[atsimg]http://files.abovetopsecret.com/images/member/0e877f6e4f63.jpg[/atsimg]
Originally posted by heineken
Although any telescope (or steadily-held binoculars) will allow the phases of Venus to be seen, the planet is a notoriously difficult one to observe, for three main reasons. Firstly, whenever the planet is visible (shortly before sunrise or after sunset) it is positioned at a low altitude (angle above the horizon) where it is immersed in haze and atmospheric turbulence, which adversely affects the quality of the image seen in the telescope. Consequently most telescopic observers prefer to view the planet in full daylight - when its altitude is much higher - taking special care to shield the Sun from view. Secondly, the planet's brilliance - although making it a very obvious and beautiful object to the naked-eye - causes a menacing glare when seen through a telescope. Thirdly, the planet itself is permanently cloaked in thick cloud, so its surface features are never visible through telescopes. Most amateur astronomers can therefore only expect to observe its characteristic phase changes, but little else. Experienced observers using medium and larger-sized telescopes often observe detail in its cloud features by attaching ultraviolet (UV), infrared (IR) or colour filters to the telescope eyepiece. In the latter category, yellow, blue and violet filters help to reduce the glare of the planet and improve the contrast of its cloud features whilst orange and red filters help to reduce the brightness of the sky during daylight observations. Even when using large telescopes, observers often report that Venus does not take high magnification well; magnifications over 300x are rarely beneficial, the image succumbing to the effects of low contrast and atmospheric turbulence.
as you can see i did some research...i did a lot actually..and as stated in here it is very very difficult to see Venus..imagine a dwarf star not emitting too much light and still very distant from us..please take a while to read what i posted before flaming..
source : www.nakedeyeplanets.com...
Originally posted by heineken
the truth is...im still convinced that a dwarf star still distant is very difficult to locate during daytime not knowing its location..
now if its visible in the night sky or not from around the world is another story