Asymmetric

Question: What is the symmetric and asymmetric setting for objects in Halo 3 ? The setting says it determines whether the object spawns in symmetric or asymmetric games. What does that mean? Are there certain game types that are symmetric, and other asymmetric? If so, which game types are symmetric and which ones are asymmetric? If otherwise, please tell me the difference.

Answer: A symmetric gametype is something like Two-Flag CTF, where both teams get equal chances at scoring, at the same time. An asymmetric game is one where a team attacks, and another defends, like Assault or One-Flag CTF. Setting an item to spawn in one type or another means that it will only spawn during that type of game, not all the time.

Question: Why can asymmetric information be detrimental to the bank and its customers? Why can asymmetric information be detrimental to the bank and its customers?

Answer: Hmmm. Tricky question. Here's one scenario: Say a customer needs a loan to start a business and doesn't fully disclose certain vital information about his financial condition. The bank approves his loan, but the borrower runs into trouble and is unable to repay the loan and has to declare bankruptcy. In this case, the bank is out money, and the customers credit is damaged for 7 years.

Question: Can one with uneven breasts wear an asymmetric dress? If the dress is asymmetric at the bust part. And if yes (or has to wear it) the detailing should be on the smaller or bigger side? If I wear my hair down on one side (the other than the detailing on the dress is) where should the details be not to draw attention to the unevenness? My hair is waist length. Padding at the smaller breast would be very complicated. The dress is not done yet, I still can decide on this. It has to look in a specific way, though. Padding would be indeed difficult to pass unnoticed.

Answer: if your worried about the dress maybe consider a different dress.. it probably isnt as noticeable as you think.. you are probably just worried because you know there uneven i bet it looks awesome!!

Question: Explain how the presence of asymmetric information in car insurance markets may lead people who are good drive? Explain how the presence of asymmetric information in car insurance markets may lead people who are good drivers or even average drivers to choose not to buy car insurance unless the law requires it.

Answer: asymmetric information is when one party in a transaction has more information about the transaction than the other party. Car insurance is especially sort after by persons who are 'bad' drivers. In some cases if persons consider themselves good or average drivers then they would have more information about their driving ability than society and hence would remain without insurance unless enforced by law. Persons who drive recklessly would want insurance and the insurance firm may not have knowledge about the person's past driving accidents and would give them the insurance.

Question: Is asymmetric warfare soon to become a thing of the past? With all the technological advancements the US military has of curtailing the ability of occupied persons to resist are we beginning to see the end of asymmetric warfare? Should we celebrate?

Answer: No, it won't be. It will still exist for quite awhile longer in the form of suppression of internal rebellion by the bigger powers. If their "military/social theories" are correct and it's actually POSSIBLE in the real world to eliminate all resistance, it will be only inside their subservient satellite states, colonies, and occupied zones that their victims will be unable to resist. The same methods that might work for an occupation army would destroy the industrial and capital capacity if used in your own country. And anti-occupation freedom fighters all over the world are not going to just go away. And even if they did, ultimately, for world freedom, their goals of overthrowing a latifundia boss in their own areas are not enough, anyhow. Ultimately, human survival planet-wide, and future advancement, will depend on rebellion inside the major powers. New Rome herself has to fall. I .

Question: What is Symmetric and asymmetric communication in Operating System - Computer science? What are the benefits and detriments of each of the following? Consider both the systems and the programmers’ levels. a. Symmetric and asymmetric communication b. Automatic and explicit buffering c. Send by copy and send by reference d. Fixed-sized and variable-sized messages

Answer: google is your friend =) http://www.google.com/search?q=What+are+… edit: just look through those. Here's one that has some answers: http://qaboard.cramster.com/computer-sci…

Question: Is there any treatment for asymmetric smile? I don't have wide asymmetric but in pictures It looks like left side of my lips are little above/wider than right. In person, people don't notice it. I have asked my brother who say you can't see but it pictures there is difference. So is there any treatment for it? I have even tried stretching my right side lips to be exactly equal, but the difference seem to be originating from underlying eneven fat padding.

Answer: What on earth is the above post all about? Not your smile! The only treatment could be from an orthodontist or a plastic surgeon. Why though? Not one of us is totally symmetrical. If you put 2 left sides of a face together and 2 right sides you would end up with 2 very different faces. Try and stop worrying about something nobody else will notice - and stop stretching your lips!

Question: Why do they make asymmetric earphones? My mom got a new pair of earphones for her iPod. One wire is longer than the other and they call them "asymmetric" and they are that way for a reason, but we can't figure out why. Does it somehow make the sound quality better?

Answer: They're called asymmetric because the wires are different lengths. If they were the same length, they would be symmetrical. Sounds like a marketing thing but makes no difference in sound as far as I know. Maybe they assume you're putting the ipod in a shirt pocket on one side or the other?

Question: How does asymmetric information leads to market failure? What are the inefficiencies of the adverse selection model of the market for lemons and the moral hazard model of insurance? Please explain. Thanks.

Answer: Asymmetric information means that the information exchanged between the consumer and the producer are not equal. This can mean that the feedback from the consumer is not received by the producer hence production is allocatively inefficient. For example, if the demand for lemons was decreased because people decided to go for oranges as a close substitute and the producer did not receive this feedback then he might keep producing the same quantity of lemons which the producer thinks are being demanded when in reality there will be a supply excesses of lemons. This will be a form of market failure which can leads to problems with storage since lemons cannot be really used in buffer stock schemes as they have an expiration date and storage costs are relatively high. Inevitable it might lead to dumping.

Question: The molecule Morphine has 5 asymmetric Carbons. What is the maximum number of? The molecule Morphine has 5 asymmetric Carbons. What is the maximum number of stereoisomers that exist for this compound?

Answer: in general the number of stereoisomer for a compound with n different assymetric carbon is 2^n.. so your answer is 2^5.... some other general formula like this are---- When the molecule is unsymmetrical--- (1) no. of d and l isomer = 2^n (2) no. of meso forms = 0 total no. of optical isomer = (1) + (2) = 2^n + 0 = 2^n where n is the no. of chiral carbon atoms.... common example is ch3ch(br)ch(br)cooh When the molecule is symmetrical and has even no. of chiral carbon atoms--- (1) no. of d and l isomer = 2^(n-1) (2)no. of meso form = 2^(n/2-1) total no. of optical isomer = (1) + (2) = 2^(n-1) + 2^(n/2-1) common example is coohch(oh)ch(oh)cooh When the molecule is symmetrical and has an odd no. of chiral carbon atoms then---- (1) no. of d and l forms = 2^(n-1) - 2^(n/2-1/2) (2)no. of meso forms = 2^(n/2-1/2) total no. of optical isomer = (1) + (2) = 2^(n-1) common example is ch3ch(oh)ch(oh)ch(oh)ch3 P.S = all the things in brackets alongside the number 2 are exponential powers... like 2^(n-1) is read as 2 to the power (n-1) and so on .....

Question: What are the scientific or evolutionary implications of having asymmetric ears? One of my ears looks more elfin. The folded ridge along the upper part of the ear is stuck flat on my left side, while the upper ridge on the top of my right ear is open, enabling me to run my finger inside its fold. The left ear is my more 'elfin' one, with the right ear being more common with its open ridge. What are some possible explanations for this difference in ear shape? What are its implications? Any information would be helpful (even if this does seem like strange question). Thanks!

Answer: Without a photo, it sounds as if you are describing "elfin ear," which is a minor defect. it is simply an error in development, with no implications...

Question: What are some Advantages and Disadvantages of Asymmetric Encryption? It's for a project, and it seems no matter where I look I get PDF files and blank documents. So I need some cold hard facts. Even website links will help!

Answer: Asymmetric encryption is also known as "public key encryption" because for every encryption and decryption process there are two separate keys: One that encrypts and one that decrypts. Usually, these are known as the public and private keys. You can encrypt a message with someone else's public key and only that person will be able to decrypt it because only they are in possession of their private key. The two main advantages of asymmetric encryption are that the two parties don't need to have already shared their secret in order to communicate using encryption and that both authentication and non-repudiation are possible. (Authentication means that you can encrypt the message with my public key and only I can decrypt it with my private key. Non-repudiation means that you can "sign" the message with your private key and I can verify that it came from you with your public key.) The two main disadvantages are that the asymmetric algorithms are comparatively complex when compared to symmetric encryption which means that messages take longer to encrypt and decrypt and that you still need to verify the authenticity of the public key, usually via some form of out-of-band communication. Most implementations use asymmetric encryption to encode a symmetric key and transfer it to the other party. They then transmit the actual message using the symmetric key which is much more efficient in CPU time. I can highly recommend Applied Cryptography by Bruce Schneier: http://www.schneier.com/book-applied.htm… You will also find information of this sort on his blog from time to time: http://www.schneier.com/blog/ I have a list of other books and web pages that I'll add to this answer when I get the chance (so don't close it just yet... :-)

Question: How does incomplete or asymmetric information affect the way in which some markets operate? please dram models n give references, thank you Please Draw models and give references.

Answer: The different parties in an economic relationship may have different amounts of information. One party may have more or better information than another. This is known as asymmetric information. For example, the seller may know more about the product than the buyer. When you buy something off eBay, unless the product is brand new, you may well find that it is in a poorer condition than you expected. This problem of buyer ignorance allows rogue traders to operate. The greater the information asymmetry between sellers and consumers, the greater the scope for deception and fraud, and in these circumstances rogue traders are more likely to thrive. Look at the following sites: http://www.econ.jku.at/papers/2005/wp050… http://www.hss.iitb.ac.in/courses/hs613k… http://findarticles.com/p/articles/mi_qa… http://en.wikipedia.org/wiki/Information…

Question: What (if any) properties (reflexive, symmetric, transitive, irreflexive, asymmetric, and/or antisymmetric) doe? In the set Z, we define two integers x and y to be opposite if and only if xy< 0 What (if any) properties (reflexive, symmetric, transitive, irreflexive, asymmetric, and/or antisymmetric) does this relation have? Why?

Answer: We check whether it is reflexive by considering whether x is opposite x. But since x*x ≥ 0 this is not the case. The relation is NOT reflexive. It is symmetric since if xy < 0 then yx < 0 too! If x is opposite y and y is opposite z then xy < 0 and yz < 0. From this we get that xy*yz > 0 and since y*y > 0 we may divide by it on both sides without chaning the inequality. From that we get xz > 0 and hence the relation is not transitive.

Question: How Do You Remove A Asymmetric Torque-A-Verter from a Go-Kart Shaft/engine? I cant seem to get it off the shaft, or the engine...

Answer: Remove the retaining bolt on the end of the crank shaft. Spray the hell out of the inside. Let the oil penetrate for a while. Then it SHOULD slide off the crank shaft. Not easily though. If it's been on there for a while, rust may have welded it to the crank shaft. There are NO other set screws or anything holding it on. I know because I just replaced one on my Dunecycle.

Question: Does rudder trim tab make the critical speed worse during asymmetric flight? How come?

Answer: By critical speed I assume you mean Vmca or minimum contrlol speed in the air. Rudder trim has no effect on this speed it helps releive the pressure needed on the rudder pedal during engine out operations. Any control deflection such as rudder however does increase drag requiring additional power to maintain speed.

Question: In asymmetric cryptography, can I first encrypt a message with my private key to provide non repudiation and? then encrypt with your public key to provide confidentiality, effectively providing both with the same pair of keys?

Answer: Yes. The "non-repudiation" is also called an "electronic signature". It's perhaps more common to generate a hash code for the message, and "sign" the hash code (i.e., encrypt with your private key). It's also more common to use asymmetric encryption to encrypt a key for a symmetric encryption algorithm, which is used to encrypt the message. (Asymmetric encryption is slow.)

Question: How can you find the R or S configuration on an asymmetric carbon when it is not bonded to a hydrogen? Specifically I am looking at a question that asks: Draw the structure of (S)-3-chloro-3-methylhexane. I know the 3rd carbon is bonded to Cl, CH3, C2H5, and C3H7. Should I treat CH3 like a hydrogen group when assigning priorities?

Answer: you got it!

Question: What is the holding angle in an asymmetric haircut? Im doing an assignment on cutting but im stuck on this question, can anyone help?

Answer: there is no angle on a asymmetric haircut, - the baseline is to be used where the hair is unevenly balanced, e.g where there is a side parting and a larger volume of hair on one side of the head, or where the hair is swept off the face at one side with fullness of volume on the other. its any haircut where either sides are not symmetric! if your cutting a concave or convex haircut is when the angles come into play.........

Question: What are the 4 groups attached to the asymmetric carbon in glyceraldehyde? thanks Reg! I got the other three right. I put the CH2OH as a methyl group

Answer: Glyceraldehyde, C3H6O3, has 3 carbon atoms in a chain, and the middle carbon atom is the asymmetric one. It has 4 different items attached to it: a hydrogen atom, a hydroxyl (OH) group, a CH2OH group, and an aldehyde (CHO) group. Thus it can have two different stereoisomers.