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Complete this table. At the completion of this table, students will be able to: compare the nucleotides of DNA and RNA compare the bases found in DNA and RNA determine which compounds are single or double stranded THIS ASSIGNMENT IS DUE BY FEBRUARY 26 AT 11:59 PM. nucleic acid table.doc Text Submission Attach File Solution (i) Compare the nucleotide of DNA and RNA. DNA Nucleotide RNA Nucleotide PURINES -Deoxyadenylate,Deoxyguanylate Adenylate ,Guanylate . PYRIMIDINES-Deoxycytidylate,Deoxythymidylate Cytidylate,Uridylate -DNA contain deoxyribose sugar RNA contain ribose sugar -At 2nd position of ribose sugar hydroxyl ion is absent -At 2nd position of ribose sugar hydroxyl ion is present (ii) Compare the bases found in DNA and RNA , DNA -cytosine , Adenosine ,Guanine ,Thymine RNA- at the place of thymine urecil is present . (iii) DNA is double standered while RNA is a single standered..

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What are nucleic acids? Why are these molecules so important to living organisms? What are the basic structures of DNA and RNA? How are they similar? How are they different? Solution 1. Nucleic acids are the biopolymers or the molecules that allow the transfer of genetic material from one generation to another generation. These large biomolecules are necessary to all known forms of life. The nucleic acids consists of nucleotides monomers linked together. Nucleotides consists of nitrogenous base, five carbon sugar, phosphate group. Nucleotides are linked together to form polynucleotide chains. These are linked by a covalent bond and the linkage is between the phosphate and sugar molecule and the linkage is called the phosphodiester linkage. They are two types of nucleic acids they are DNA (deoxyribonucleic acid ) and RNA (ribonucleic acid ). Phosphodiester linkage forms the phosphate sugar backbone of both DNA and RNA. 2. DNA contains the instructions for the performance of all cell functions. DNA is a genetic material and it is organized into the chromosome and it is found in the nucleus of the cell and it is copied from one generation to another generation. RNA is essential for synthesis of proteins . The information contained within the genetic code is passed from DNA to RNA and they results in the formation of proteins. 3. DNA is a double helical structure and it consists of purines and pyramidines which are four nitrogen bases like adenine, guanine , cytosine and thymine and phosphate -deoxyribose sugar backbone. In a double stranded DNA adenine pairs with thymine and guanine pairs with cytosine. RNA is a single stranded molecule . It consists of phosphate ribose sugar backbone and the nitrogenous bases like adenine ,guanine ,cytosine and uracil. In RNA strand, adenine pairs with uracil and guanine pairs with cytosine. The nitrogen bases get bonded to each other by hydrogen bonds. The DNA and RNA are similar in having three nitrogenous bases like adenine, guanine and cytosine and they are also similar in phosphate group. They are different in nitrogen base like in DNA ,they have thymine as nitrogen base and in RNA , they have uracil. In DNA ,they contain the five carbon sugar as deoxyribose and in RNA , the five carbon sugar as ribose sugar.RNA is single stranded and DNA is double stranded..

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Nuclei acid is a naturally occurring chemical compound containing phosphoric acid, sugars, and a mixture of organic bases (purines and pyrimidines). The two main classes of nucleic acids are deoxyribonucleic acid (DNA) and ribonucleic acid (RNA). DNA is the master blueprint for life and constitutes the genetic material in all free-living organisms and most viruses. DNA is the chemical basis of heredity and may be regarded as the reserve bank of genetic formation. DNA is exclusively responsible for maintaining the identity of different species of organisms over millions of years. RNA is the genetic material of certain viruses, but it is also found in all living cells. The genes control protein synthesis through the mediation of RNA.

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Consider the following interrupting system. The active-edge inputs on PJ7 and PP7 can occur at any time, including at the same time. The object is to count the number of each type of interrupt. How would you best describe the usage of Count in this system? a) This is a perfectly appropriate usage of Count, because there are two permanently allocated variables with private scope, such that each variable counts the number of interrupts for each ISR. b) There is a critical section bug because of the read/modify/write access to a shared global. c) Because both ISRs share the same Count, the system can not distinguish between a PJ7 and a PP7 interrupt. d) Count is initialized each interrupt, so its value is not the total number. e) The acknowledge statements in the two ISRs are not friendly because they affect all 8 bits of the flag register. f) None of the above is true. void interrupt 24 KeyHanJ (void) ( unsigned short static Count-0; PIFJ = 0x80; // acknowledge Countt count the number of PU7 edges void interrupt 56 KeyHanP (void) ( unsigned short static count=0; PIFP = 0x80; // acknowledge Count++count the number of PP7 edges Solution Looking around, we find ourselves to be surrounded by various types of embedded systems. Be it a digital camera or a mobile phone or a washing machine, all of them has some kind of processor functioning inside it. Associated with each processor is the embedded software. If hardware forms the body of an embedded system, embedded processor acts as the brain, and embedded software forms its soul. It is the embedded software which primarily governs the functioning of embedded systems. During infancy years of microprocessor based systems, programs were developed using assemblers and fused into the EPROMs. There used to be no mechanism to find what the program was doing. LEDs, switches, etc. were used to check correct execution of the program. Some ‘very fortunate’ developers had In-circuit Simulators (ICEs), but they were too costly and were not quite reliable as well. As time progressed, use of microprocessor-specific assembly-only as the programming language reduced and embedded systems moved onto C as the embedded programming language of choice. C is the most widely used programming language for embedded processors/controllers. Assembly is also used but mainly to implement those portions of the code where very high timing accuracy, code size efficiency, etc. are prime requirements. Initially C was developed by Kernighan and Ritchie to fit into the space of 8K and to write (portable) operating systems. Originally it was implemented on UNIX operating systems. As it was intended for operating systems development, it can manipulate memory addresses. Also, it allowed programmers to write very compact codes. This has given it the reputation as the language of choice for hackers too. As assembly language programs are specific to a processor, assembly language didn’t offer portability across systems. To overcome this disadv.

Consider the following interrupting system. The active-edge inputs o.pdf

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