Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Wooden Toy

The toy is subject to Levinthal paradox it is virtually impossible to test all of its conformations, there are too many of them. Some people find the way to fold the toy quite easily others, some of them very clever, carmot do it easily or fail altogether. We do not know what kind of mental ability controls the toy folding success, and, like in proteins, we do not know how to formulate the algorithm leading to successful folding and beating the Levinthal estimate. [Pg.217]

This leads us to the question are all of the possible almost 17 million sequences foldable The answer is, of course, no. For instance, if there are even two S in a row anywhere in the sequence — such snake cannot fit into the 3 3 3 cube. It is not completely trivial, but possible to calculate the [Pg.217]

Another similarity, as well as the difference with real proteins become apparent if we compare the number of foldable sequences with the total number of possible conformations. The former number, as we have just seen, is not greater than 98,514 the latter number (conformations of the lattice 27-mer filling the 3 3 3), as we mentioned already (Section 10.10), is 103,346. The conclusion is that there are some sequences which can fold into two (or maybe even more) different conformations This is indeed similar to the story we told in Section 10.7. Of course, the analogy with proteins is limited, for instance, in proteins the number of sequences is larger than the number of possible conformations. Still, the snake cube is a great fun for someone thinking about proteins  [Pg.218]


This kendama (Japanese traditional wooden toy consisting of crossshaped stick and ball) model of the molecular interaction is consistent with a previous model for the binding of cytochrome c to acidic phospholipids (Rytdmaa and Kinnruien, 1995). [Pg.27]

Wooden toys for children Plastics are used in 80 percent of new toys eschew plastic toys and choose natural wood next time you shop for children s toys. [Pg.92]

Fig. C10.6 Wooden Toy. The upper panels are the photographs of the toy in unfolded (left) and folded (right) conformations. The lower panel presents two types of cubic blocks in the toy, called S and C in the text, because they give rise to straight pieces and corners, respectively. Fig. C10.6 Wooden Toy. The upper panels are the photographs of the toy in unfolded (left) and folded (right) conformations. The lower panel presents two types of cubic blocks in the toy, called S and C in the text, because they give rise to straight pieces and corners, respectively.
Take a look at Figure 13-1 for an ex imple of effective tcirgeting. This is a direct mail piece sent out by a company called Hop and Peck in the U.K.. They make handcrafted wooden toys. They created a direct mail campaign to teirget moms. They used a highly personalized approach, down to the neime of the recipient and their child s birthday. [Pg.237]

When I was a child, I had three toys that provided endless possibilities a set of wooden blocks, a set of Tinkertoys, and an Erector Set. These three toys had a lot in common. Each had a nnmber of distinct strnctnral elements that could be assembled in an amazing nnmber of ways to create something new and different. This has a direct analogy to the concept of assembling molecnles from atoms the atoms are the strnctnral elements and they can be hooked together to make molecular constructs in a great many ways. [Pg.49]

One of the first nanoscale "toys produced was an abacus made by researchers at IBM-ZRL in 1996. The abacus is a very old calculating device consisting of moveable parts (such as wooden rings) that can be slid up and down on fixed rods. The earliest abaci are thought to date to the third millennium b.c.e. [Pg.98]

Benjamin frequently recorded his own dreams. In 1932 one dream was called The Knower and it took place in Wertheim s department store.57 Benjamin is observing wooden figures. These are little animals that might fit into a toy Noah s Ark. The toys are made from magic plates and ribbons that change colour. Benjamin enquires as to the price and finds it to be more than 7 marks. The high cost surprises him. As he turns away he notices how the... [Pg.112]

She picked a child s puzzle off the floor and put i back k the wooden box wih the other toys. Better than a room fidl of stillles and hypochondriacs. Fai point. I appreckted her tact. She knew as weB as I did that try appointment fist was shtinkkg Where s Henry ... [Pg.62]

When one unit of the pull cap in a bundle(5) explodes, all the other units in the bundle tend to explode. Therefore it is impossible for an inexperienced person to remove a bundle from its container safely after the caps are well dried. Take out the bundle very carefully. Support each piece adequately, e.g , by passing the string through a hole in a wooden or paper disc (Fig.135. (a) ). This is called "Pull cap passing. This is the only method by which the- caps can be assembled as part of a toy. (B) and (C) show examples. [Pg.276]

Sporting goods and toys are also important application areas. Items such as trophies, rubber foam recoil pads for shot guns and assembling rubber strip inserts into wooden cricket bat handles all benefit from cyanoacrylates unique bonding capabilities (see Figures 10.16 and 10.17). [Pg.277]

Leather and leather goods Timber and wooden furniture Paper and paper products Printing and publishing Processing of rubber and plastics Toys and sports goods Other manufacturing... [Pg.163]


See other pages where Wooden Toy is mentioned: [Pg.236]    [Pg.106]    [Pg.216]    [Pg.77]    [Pg.236]    [Pg.106]    [Pg.216]    [Pg.77]    [Pg.373]    [Pg.76]    [Pg.68]    [Pg.83]    [Pg.185]    [Pg.604]    [Pg.176]    [Pg.16]    [Pg.216]    [Pg.8461]    [Pg.277]   


SEARCH



Toy, toys

Toys

© 2024 chempedia.info