Best suit fabric for hot weather?

sshsearchi

I need to buy my first suit but would like to invest in one I can wear year-round. What is the best suit fabric for hot weather (specifically, the DFW area of Texas) that will still hold up in winter?

Answer
No suit for hot weather will favor you in cold weather, you are asking too much. But to make some equilibrium here, if you find it, buy the light gray suit made of a mix of linen and some artificial fiber.
It would be better to buy a basic suit for hot weather, made of cotton or linen, or this two mixed, in a very light color, and get the dark black wool mix suit for winter. If you buy these in a classic cut, they will serve you for years.

How to make a Ghillie Suit?

TB_Rays_Fa

how to make a ghillie suit?
how can i make a homemade ghillie suit for paintball and manhunt?

Answer
making your own ghillie suit can be extremely time consuming, depending on how awesome you want it to be.

Here are "8 Overally Simplitic Steps" for more detailed steps visit here:

How to Make a Ghillie Suit - 8 Easy Steps
http://blog.ghilliegear.com/2009/01/11/how-to-make-a-ghillie-suit-in-8-easy-steps/

STEP 1:

Choose a plain suit to start your Ghillie Suit. This will probably be the easiest part. What suit should I choose? You can choose a jacket and pants or you can use a mechanic suit or flight suit. We have found that a flight suit is better, but the choice is up to you. Your other options

* Purchasing an Expensive Suit - These will probably have some good coverage of camouflage and will be basic in

STEP 2:
Sew knots of netting to the fabric with transparent thread like fishing line. Apply a drop of glue for extra strength.

STEP 3:
Tie groups of 5 to 10 strands of jute to the netting with simple knots. Use various colors.

STEP 4:
Season the webbing by dragging it behind a vehicle, soaking it in mud, or applying manure. Doing this will reduce and eliminate the human scent, especially important if you will be using this Ghillie Suit for Hunting.

STEP 5:
Camouflaged Sniper
Gather items from the environment you plan to use you Ghillie Suit in. For example: If your in a wooded area attach small branches and leaves to the upper half of the suit and feather it to the bottom with items such as grass or twigs.

STEP 6:
Now, attach more items to the back of the suit. Sneaking up on prey or your enemy while wearing your Ghillie Suit, is usually done by crawling on your stomach. We put items on your back because items on your stomach will either get damaged, make noise or both.

STEP 7:
Attach wider items around your head and neck. The human head is the most commonly identified part of the body. The shoulders and neck exaggerate the head. When standing still, your outline must be broken to prevent easy identification.

STEP 8:
Be aware of your setting as it changes. If your environment doesn’t change from Point a to Point B, your Ghillie Suit will be fine. But if the environment changes you will have to incorporate materials of the various settings while your moving.

you might just want to buy own... if you do, ghilliegear has some pretty low prices on ghillie suits http://www.ghilliegear.com

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what is the third-base wobble?

Kristina S

bio help pleaseee

Answer
To summarize what I copied for you below, a wobble interaction is the interaction formed between the third base of a tRNA codon between that tRNA molecule and a ribosome. As you probably know, there are 20 standard amino acids. These 20 standard amino acids are encoded by 61 codons, each codon containing 3 bases. If you look closely at a list of codons that encode for a single amino acid, you may notice that one amino acid is encoded by many codons, usually with the first 2 bases the same, and the third codon variable. This third codon is known as a wobble, and the bond formed between this third base on the tRNA and the ribosome is not as stable, thus its importance is diminished.


A wobble base pair is a G-U and I-U / I-A / I-C pair fundamental in RNA secondary structure. Its thermodynamic stability is comparable to that of the Watson–Crick base pair. Wobble base pairs are critical for the proper translation of the genetic code. The genetic code makes up for disparities in the number of amino acids (20) for codons (64), by using modified base pairs in the first base of the anti-codon. One important modified base is hypoxanthine (more commonly referred to by its nucleoside form, inosine), which can pair with three bases: uracil, adenine, and cytosine.

Another critical base pair is the G-U base pair, which allows uracil to pair with two bases: guanine and adenine.

The fact that there are 61 amino-acid-coding codons and about 45 tRNA molecules presented a problem; in 1966 Francis Crick proposed the Wobble hypothesis to account for this. He postulated that the 5' base on the anti-codon, which binds to the 3' base on the mRNA, was not as spatially confined as the other two bases, and could thus have non-standard base pairing.[1] This would account for there being 61 codons compared to only about 45 tRNA.

As an example yeast tRNAPhe has the anticodon 5'-GmAA-3' and can recognize the codons 5'-UUC-3' and 5'-UUU-3'. It is, therefore, possible for non-Watson–Crick base pairing to occur at the third codon position; i.e. the 3' nucleotide of the mRNA codon and the 5' nucleotide of the tRNA anticodon.

Does our sun wobble?

bwfrieds

If our sun was carefully watched from Andromeda for over 3000 Earth orbits, would the gravitational attraction between the sun and its orbiting planets cause it to move a bit? Assume that Andromeda is perfectly stable and does not wobble.

Answer
Yes.

Although not very much.

This technique is one of those used by us to detect planets in other solar systems. (Although these are a heck of a lot closer than the Adromeda Galaxy.) The offical name for this method is "astrometric detection."

The largest wobbles we can see occur when there is a relatively large planet very close to the star. Planets such as these are called "hot jupiters."

For someone else to detect a wobble from us they would need better instruments. Most of the wobble from the sun would come from Jupiter - its effect dwarfs that of all the other planets combined. But since Jupiter is, relatively speaking, far away from the Sun the extent of the wobbling is small.

Details on planets found thus far around other stars, using a variety of techniques, are included in these links. Note: the Extrasolar Planet Encyclopedia is an official resource for actual astronomers.

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