Originally posted by juleol
That is because the sunlight scatters differently through the very thick Venusian atmosphere.
I've been trying to rack my brain (that's the
king of guy I am) to understand how the essentially white(ish) clouds make the sky a reddish color on Venus. The only time we get red is at sunrise
and sunset on Earth.
My theory is that it's the denser atmosphere filtering out the more violet end of the spectrum. I think the longer wavelength red is likely more
penetrating in the Vunusian atmosphere.
In this picture taken from high altitude in a plane, you can see how the sky appears redder where the light has to pass through more of the atmosphere
lower down.
Watch the Moon get redder in this time-lapse of the Moonset at Manhatten beach. God it's sooooo beautiful. Why did I sell my old scope? I want to
book the observatory for the whole year and just live in it! I'd save loads of money on rent too. What project can I propose where I would get to
monopolise the facilities?
All of which means it makes no sense that the Martian sky would look red! Surely it would be blue.
Now, would the parachute on the probe have worked in the hot, dense Venusian atmosphere? Does anyone know what materials have been used to make
parachutes for probes to Venus?
This is our toy here in Nottingham.


The main telescope is a modified Newtonian (500mm Newise). The telescope consists of two mirrors. The main mirror (a concave mirror of 0.5m in
diameter and 2.25m focal length) collects the light and creates an image. The secondary plane mirror reflects the collected light out of the telescope
so that the observer can view the image without standing in front of the telescope. This telescope is 1.3m long and weighs 42kg.
Attached to the main telescope are two further telescopes. The small finder scope is much smaller and is used to view a larger region of the sky than
with the main scope. It is fitted with a cross hair to point the main scope in the right direction.
The solar telescope (SV-50 Solarview 50mm) is a refractor or telescope using lenses to collect the light. Its light collecting main lens is 50mm in
diameter and has a focal length of 400mm. This optical setup is ideal to observe the Sun. With this scope the Sun is only observed in a very specific
colour, called H alpha, which allows us to see certain detail on the Sun's surface. To achieve this a set of filters is included in the telescope.
SOURCE:
www.ntu.ac.uk...
P.S. I'm not an astronomer just in case any of you guys are trying to identify me.

edit on 10/1/12 by Pimander because: (no reason
given)