PH3 Phosphine H3N ammonia H3PO2 Hypophosphorus.pdf

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PH3: Phosphine H3N: ammonia H3PO2: Hypophosphorus Acid CuSO4: Copper Sulphate P2O2: Phosphorus Dioxide H2SO5:Peroxymonosulfuric acid Titanium(IV) Oxide: TiO2 Solution PH3: Phosphine H3N: ammonia H3PO2: Hypophosphorus Acid CuSO4: Copper Sulphate P2O2: Phosphorus Dioxide H2SO5:Peroxymonosulfuric acid Titanium(IV) Oxide: TiO2.

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The yield to maturity (YTM) is the measure of bonds rate of return that considers both the interest income and any capital gain or loss. it should be noted that yield to maturity is not same as current yield as current yield is the annual interest dividend by the bonds current value and does not account for capital gain or loss. YTM is important because it compare a bonds expected return with those of other securities available in the market. YTM considers the three sources of potential return from a bond (coupon payments, capital gains, and reinvestment returns which helps investors in Understanding how yields vary with market prices (that as bond prices fall, yields rise; and as bond prices rise, yields fall).it also helps investors to anticipate the effects of market changes on their portfolios. The yield to maturity is expressed as an annual percentage rate The following formula can be used to find out its approximate value: APPROX YTM=C+F-P/n/F+P/2 Where C=coupon value F=face value P=market price And n=years to maturity Solution The yield to maturity (YTM) is the measure of bonds rate of return that considers both the interest income and any capital gain or loss. it should be noted that yield to maturity is not same as current yield as current yield is the annual interest dividend by the bonds current value and does not account for capital gain or loss. YTM is important because it compare a bonds expected return with those of other securities available in the market. YTM considers the three sources of potential return from a bond (coupon payments, capital gains, and reinvestment returns which helps investors in Understanding how yields vary with market prices (that as bond prices fall, yields rise; and as bond prices rise, yields fall).it also helps investors to anticipate the effects of market changes on their portfolios. The yield to maturity is expressed as an annual percentage rate The following formula can be used to find out its approximate value: APPROX YTM=C+F-P/n/F+P/2 Where C=coupon value F=face value P=market price And n=years to maturity.

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TDS (Total Dissolved Solids ) is a measure of the combined content of all inorganic and organic substances contained in a liquid, Gravimetric methods are the most accurate and involve evaporating the liquid solvent and measuring the mass of residues left. Hence TDS = 37 - 15 = 22g TSS (Total Suspended Solid) are the suspended or colloidal particles TSS = 25gm Solution TDS (Total Dissolved Solids ) is a measure of the combined content of all inorganic and organic substances contained in a liquid, Gravimetric methods are the most accurate and involve evaporating the liquid solvent and measuring the mass of residues left. Hence TDS = 37 - 15 = 22g TSS (Total Suspended Solid) are the suspended or colloidal particles TSS = 25gm.

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Meiosis, inheritance and variation: The uniqueness and similarities within the closely related family members occurs because of inherit traits in the form of genes are passing from one generation to another generation. This gene passing from our ancestral parents to our parents is called as heredity. Replication is a process of duplication of DNA. That occurs during the S phase of Eukaryotic cell cycle. In identical small organisms these genes pass from one generation to next by duplication of their genetic information and then splitting into two identical organisms. In complex organisms specialized sex cells called gametes carry half of the genetic information. These gametes from both male and female organisms combine each other and produce new organisms. The gametes produced process is termed as meiosis. Meiosis: During this process 1 diploid cell which contains 46 chromosomes undergoes cell division into 2 cycles. In which only once DNA replication is takes place. it results 4 haploid daughter cells. The zygote is formed from the combination of both an egg and a sperm cells. Zygotes have same number of chromosomes it is due to the halving nature of the number of chromosomes in sexual reproduction. This critical character stabilize chromosome numbers from one generation to next generation. Phases of meiosis: Interphase: In this the DNA is prepared for replication. After completion of replication process the structure of each chromosomes compressed into 2 identical chromatids. Prophase I : In this chromosomes structure appeared as in X - Shaped. The homologous chromosomes are pair up each other and crossing over takes placed. In this the DNA was exchanged. the nuclear membrane was completely dissolved at end of this stage. The Microtubules can attach to the chromosomes. Metaphase I: The synopsized chromosomes are aliened at equator of the cell. The chromosomes are aliened randomly in which different combinations each time meiosis occurs. Anaphase I: During this phase the molecules of chromosomes separates and migrates towards to 2 poles of cell. Telophase I or Cytokinesis: In this the cell divides into two daughter cells. Prophase II : Same as Prophase I. But the DNA does not replicate again. Metaphase II: The chromosomes aliened at equator, again the alignment is random. Anaphase II: The chromosomes separates and migrates towards to 2 poles of cell. Telophase II: The nucleoplasm is reformed and the cytoplasm is divides into 2 haploid daughter cells and finally 4 new haploid daughter cells is formed. Genetic variation is increased by meiosis due to the independent assortment nature in meiosis. The reshuffling process of genes in meiosis is increasing the genetic variation in a population. Solution Meiosis, inheritance and variation: The uniqueness and similarities within the closely related family members occurs because of inherit traits in the form of genes are passing from one generation to another generation. This gene passing from our an.

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Inter-Process-Communication (or IPC for short) are mechanisms provided by the kernel to allow processes to communicate with each other. The types of inter process communication on Linux OS are: The following IPC mechanisms are supported by Windows: 1. Clipboard - The clipboard acts as a central depository for data sharing among applications. When a user performs a cut or copy operation in an application, the application puts the selected data on the clipboard in one or more standard or application-defined formats. Any other application can then retrieve the data from the clipboard, choosing from the available formats that it understands. 2. File Mapping - File mapping enables a process to treat the contents of a file as if they were a block of memory in the process\'s address space. The process can use simple pointer operations to examine and modify the contents of the file. When two or more processes access the same file mapping, each process receives a pointer to memory in its own address space that it can use to read or modify the contents of the file. 3. Mailslot - Mailslots provide one-way communication. Any process that creates a mailslot is a mailslot server. Other processes, called mailslot clients, send messages to the mailslot server by writing a message to its mailslot. 4. RPC - RPC enables applications to call functions remotely. Therefore, RPC makes IPC as easy as calling a function. RPC operates between processes on a single computer or on different computers on a network. 5. Windows Socket - Windows Sockets is a protocol-independent interface capable of supporting current and emerging networking capabilities. The following IPC mechanisms are supported by Mac OS: 1. Mach Ports : Mach 3.0 is capable of running as a stand-alone kernel, with other traditional OS- services like IO, file systems and networking stack running as user mode.It is much faster to make a direct call between linked components than it is to send messages or do RPC between separate tasks. 2. Apple Events : Universally supported by GUI applications on Mac OS for remote control.Operations like opening or telling an application to open a file or quit etc can be done using these. 3. Pasteboard - Copy Paste , Drag and drop done between applications is performed using this technique. 4. Distributed Objects - Remote messaging feature of Cocoa to call an object in different Cocoa applicaton. Windows server uses the best technique to manage IPC because a) It provides an efficient way for two or more processes on the same computer to share data. b) It is capable of supporting current and emerging networking capabilities, such as quality of service monitoring, robust asynchronous communication, I/O completion ports for superior performance, and protocol-specific network features. => Multiprocessing : refers to the use of two or morecentral processing units (CPU) within a single computer system.All the operating systems provide support for multiprocessing. Windows manages.

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imple cellular phones that do very little over voice and text line of work generally include one process unit that handles everything - computer programme (keyboard, display), RF process, battery management, etc. These ar SoC - Systems on Chip and ar nearer to microcontrollers than microprocessors as a result of they decide to do everything - from process, to device interfacing, to memory, to program and knowledge storage, etc - on one chip. Smartphones have multiple microprocessors and microcontrollers in them. the most processor could be a chip with a bus to speak with memory on separate chips (though usually contained within the same IC package), and busses to speak with the remainder of the devices. they typically contain a number of the controllers, like the show controller, so that they have a number of the options of microcontrollers, however they\'re still additional chip than microcontroller. The cellular chipset typically includes a microprocessor/microcontroller that basically blurs the lines. the newest generation of smartphones usually tend additional toward microprocessors for the RF chipset, thus on provide the manufacturer flexibility by mistreatment software package style instead of hardware style for a few options, however they are doing have additional items of the hardware interface (rf, etc) on the chip itself. The rest of the phone has many microcontrollers. These management the touchscreen, audio, sensors, cameras, etc. So it depends on the kind of phone you are thinking of. an easy phone uses a microcontroller. a posh phone uses each. Solution imple cellular phones that do very little over voice and text line of work generally include one process unit that handles everything - computer programme (keyboard, display), RF process, battery management, etc. These ar SoC - Systems on Chip and ar nearer to microcontrollers than microprocessors as a result of they decide to do everything - from process, to device interfacing, to memory, to program and knowledge storage, etc - on one chip. Smartphones have multiple microprocessors and microcontrollers in them. the most processor could be a chip with a bus to speak with memory on separate chips (though usually contained within the same IC package), and busses to speak with the remainder of the devices. they typically contain a number of the controllers, like the show controller, so that they have a number of the options of microcontrollers, however they\'re still additional chip than microcontroller. The cellular chipset typically includes a microprocessor/microcontroller that basically blurs the lines. the newest generation of smartphones usually tend additional toward microprocessors for the RF chipset, thus on provide the manufacturer flexibility by mistreatment software package style instead of hardware style for a few options, however they are doing have additional items of the hardware interface (rf, etc) on the chip itself. The rest of the phone has many microcontrollers..

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Given Data: Consider MTU in Bit IP header:16-bit Header:320 bit Appended header:420 bit Target maximum packet size of:1500 bit 420 header bits for the transport layer, 320 header bits for the IP layer. so total header=740 Bit to delivered at destination=1500-740=760 Solution Given Data: Consider MTU in Bit IP header:16-bit Header:320 bit Appended header:420 bit Target maximum packet size of:1500 bit 420 header bits for the transport layer, 320 header bits for the IP layer. so total header=740 Bit to delivered at destination=1500-740=760.

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A)2moles of calcium reacts with 1mole of O2 to form 2moles of calcium oxide. no.of terms of particular element on right side should be equal to left side here it is equal hence the equation is balanced B)1mole of methane reacts with 2moles of O2 to form 2moles of carbondioxide and 2moles of water Solution A)2moles of calcium reacts with 1mole of O2 to form 2moles of calcium oxide. no.of terms of particular element on right side should be equal to left side here it is equal hence the equation is balanced B)1mole of methane reacts with 2moles of O2 to form 2moles of carbondioxide and 2moles of water.

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Answer: Two Yellow colored and two ebony colored fruit flies are provided as mentioned in the question. It is not known to us, of them, which one is the dominant trait for the body color character. Case 1: Cross #1 Yellow colored fruit flies are crossed with ebony colored fruit flies and as a result all progeny obtained in the F1 generation are of a single color- Ebony. This observation leads to the impression that Ebony coloration is the dominant trait whereas Yellow is the recessive trait. Both the parents are homozygous for the trait and are pure breeding varieties. If that would not have been the case, in the F1 generation itself two variants- both Ebony and Yellow colored progeny would have appeared. According to Mendelian laws, Let, \'Y\' be the factor responsible for Ebony coloration and \'y\' be the factor responsible for Yellow coloration. Thus, in the parental generation, Genotype of the parent having Ebony coloration (homozygous pure breeding variety) - YY Genotype of the parent having Yellow coloration (homozygous pure breeding variety) - yy Hence, genotype of the progeny in F1 generation - Yy Case 2 : Cross #2 In the present case it was observed that 113 Yellow fruit flies were obtained and 120 Ebony fruit flies were obtained in the F1 generation as a result of a cross between an ebony & another yellow fruit fly. So, in the F1 generation, both the variants were obtained almost approximately in 1:1 phenotypic ratio. Since both the variants were obtained, it may be concluded that parent bearing ebony coloration was heterozygous whereas the yellow colored fly was a pure breeding variety. Thus, Genotype of the parent having Ebony coloration - Yy (heterozygous) Genotype of the parent having Yellow coloration -yy (homozygous) Ebony colored parent gives rise to two types of gametes- one bearing \'Y\' factor and the other bearing \'y\' factor. Yellow colored parent gives rise to only gametes bearing \'y\' factor. Gametes Y y y Yy (heterozygous ebony) yy (homozygous yellow) y Yy yy Progeny obtained in the F1 generation have genotype Yy ( heterozygous ebony) and yy(homozygous yellow). Case 3: Cross #3 Two ebony offspring are crossed having genotype \'Yy\'. Genotype of the progeny in F2 generation can be obtained by using checkerboard- Gametes Y y Y YY (homozygous Ebony) Yy (heterozygous ebony) y Yy (heterozygous ebony) yy (homozygous yellow) Thus, phenotypic rato between Ebony & Yellow colored fruit fly -3:1 (Ebony: Yellow) Genotypic ratio in F2 generation - YY: Yy : yy - 1: 2: 1 Case 4 :Cross #4 Mating is performed between Ebony colored fruit fly #3 having genotype \'Yy\' and Ebony colored fruit fly #2 having genotype \'YY\'. #3 ebony colored fly gives rise to to different types of gametes- one bearing \'Y\' allele and the other bearing \'y\' allele for body color character. The genotype and the phenotype of the progeny in this case can be obtained using checkerboard. Gametes Y y Y YY ( homozygous ebony) Yy (heterozygous ebony) Y YY Yy Th.

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ANSWER: The events occuring in Complex I in order are 3, 2, 1, 4 NADH is oxidized to NAD+ by reducing FMN to FMNH2 while oxidising Fe+2 to Fe+3 for the electron transport. Finally the CoQ is reduced to CoQH2 after which the electron enters in Complex II Solution ANSWER: The events occuring in Complex I in order are 3, 2, 1, 4 NADH is oxidized to NAD+ by reducing FMN to FMNH2 while oxidising Fe+2 to Fe+3 for the electron transport. Finally the CoQ is reduced to CoQH2 after which the electron enters in Complex II.

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