So the light can shine through the specimen.
The answer is foil
Eris has a very thin atmosphere
Pluto has a very thin atmosphere.
Which of these have very thin cell membranes?
the crust
So the light can shine through the specimen.
The air at the very tip is really thin, and not enough to survive mostly.
The summit is so high up, therefore the air is very thin.
There are many gods and goddesses who live on Mount Olympus so it must be very nice.
so the air can go thought it easily
The specimen must be very thin for a monocular microscope because light has difficulty passing through thick specimens, leading to poor image quality and decreased clarity. A thin specimen allows more light to pass through, resulting in a sharper and more focused image when viewed through the monocular microscope.
Consider using teacher's putty to hold it to the wall, coupled with bonding tape.
Most climbers put an oxygen mask on well before reaching the summit of Mount Everest. They breathe extra oxygen because of the altitude of the mountain it is very thin air at that height which makes it very hard to breathe.
This tells you that, because Mercury is very cratered, it must have no protection against the asteroids coming in. So, it is basically telling you that Mercury has a very thin atmosphere
This will allow the engine to raise up off it's mount. This may cause damage. Repair this ASAP. And if you must drive the vehicle, take off very slowly.
Red is always at Mount Silver. He is at the summit, the very top level, outside. You may not have reached him yet. And you must have all the Kanto and Johto badges for him to appear.
The majority of Mercury is very thin.. -Frecklez ».«