SolutionIt is given that time slots are random and independent. S.pdf

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Solution : It is given that time slots are random and independent. So Joint pmf= P(Xam=a, Xam=a,= P(Xam=a) . P(Xpm=b) In each and every case, probability is given to be 1/4. So we\'l get 1/16 as probability for each and every case..

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The common ion effect is responsible for the reduction in the solubility of an ionic precipitate when a soluble compound combining one of the ions of the precipitate is added to the solution in equilibrium with the precipitate. It states that if the concentration of any one of the ions is increased, then, according to Le Chatelier\'s principle, the ions in excess should combine with the oppositely charged ions. Some of the salt will be precipitated until the ionic product is equal to the solubility of the product. In simple words, common ion effect is defined as the suppression of the degree of dissociation of a weak electrolyte containing a common ion. Many transition metal compounds violate this rule due to the formation of complex ions. For example, copper(I) chloride is insoluble in water, but it dissolves when chloride ions are added, such as when hydrochloric acid is added. This is due to the formation of soluble CuCl2 complex ions.By pulling Ag+ ions out of this equilibrium, the equilibrium must shift to replace them as best it can. i.e. more AgBr(s) must go into solution. The solubility of a slightly soluble salt increases when one of its ions can be changed to a soluble complex ion.Adding the ammonia introduces another equilibrium and we can sum the two equilibrium present.Original EquilibriumAgBr(s) <=====> Ag+(aq) + Br-(aq) Ksp = [Ag+][Br-] Solution The common ion effect is responsible for the reduction in the solubility of an ionic precipitate when a soluble compound combining one of the ions of the precipitate is added to the solution in equilibrium with the precipitate. It states that if the concentration of any one of the ions is increased, then, according to Le Chatelier\'s principle, the ions in excess should combine with the oppositely charged ions. Some of the salt will be precipitated until the ionic product is equal to the solubility of the product. In simple words, common ion effect is defined as the suppression of the degree of dissociation of a weak electrolyte containing a common ion. Many transition metal compounds violate this rule due to the formation of complex ions. For example, copper(I) chloride is insoluble in water, but it dissolves when chloride ions are added, such as when hydrochloric acid is added. This is due to the formation of soluble CuCl2 complex ions.By pulling Ag+ ions out of this equilibrium, the equilibrium must shift to replace them as best it can. i.e. more AgBr(s) must go into solution. The solubility of a slightly soluble salt increases when one of its ions can be changed to a soluble complex ion.Adding the ammonia introduces another equilibrium and we can sum the two equilibrium present.Original EquilibriumAgBr(s) <=====> Ag+(aq) + Br-(aq) Ksp = [Ag+][Br-].

The common ion effect is responsible for the reduction in the solubi.pdf

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The DNA matching is carried out by comparing the DNA sequences of the STR loci in these samples. STR analysis is one of the major tools employed in forensic sciences. STR regions are highly polymorphic in nature. STR analysis uses this advantage to distinguish one DNA sample from another. STR is basically a stretch of DNA (2-13 nucleotides) that is repeated hundreds of times. This basic repeats differ from one individual to another. Or related individuals may contain similar repeats compared to unrelated individuals. They use specific primers to amplify the sequences through PCR and then visualize through electrophoresis. But ultimately by comparing STR loci, one can discrimate between unrelated individuals. Solution The DNA matching is carried out by comparing the DNA sequences of the STR loci in these samples. STR analysis is one of the major tools employed in forensic sciences. STR regions are highly polymorphic in nature. STR analysis uses this advantage to distinguish one DNA sample from another. STR is basically a stretch of DNA (2-13 nucleotides) that is repeated hundreds of times. This basic repeats differ from one individual to another. Or related individuals may contain similar repeats compared to unrelated individuals. They use specific primers to amplify the sequences through PCR and then visualize through electrophoresis. But ultimately by comparing STR loci, one can discrimate between unrelated individuals..

The DNA matching is carried out by comparing the DNA sequences of th.pdf

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Stormwater BMPs for urban use: Stormwater runoff is the water flowing on land from rainfall, snowmelts, as well as flows from storm drains and natural drains serving industrial, residential, commercial, agricultural and recreational lands. The stormwater runoff causes problems like flooding, erosion and water pollution. These negative impacts can be eliminated by adopting the Best Management Practices (BMPs). BMPs are structural, vegetative or managerial practice used to treat the stormwater in order to prevent or to reduce the water pollution. Stormwater runoff from urban areas contains higher concentration of pollutants like metals, nutrients, oxygen demanding wastes and suspended solids. It also contains pathogenic microorganisms, oil, and petroleum hydrocarbons, pesticide and variety of synthetic organics. BMPs can be used for mitigation of urban Nonpoint Source Pollution (NPSP) from urban areas. Nonpoint Source Pollution (NPSP) cannot be traced back to a single site of discharge as the stormwater can be polluted by chemical runoff, subsurface flow, deposition from atmosphere, fugitive discharge from pipelines etc. The benefits of implementation of BMPs are: Flood Control: By implementing the BMPs, the large volume of runoff is detained and then released at a slower rate which thereby reduces or limits the chances of flooding. Improved Water Quality: Stormwater BMPs help to remove the pollutants from water and therefore helps to reduce the soil erosion, lower the contaminant loadings and provides cleaner bottom sediments. Environmental Amenities: Some BMPs techniques helps to create attractive environmental features such as wetland habitat or open water areas which ideal for use by waterfowl, marsh birds and other wildlife. Large wet ponds can also provide scope for recreational activities for e.g., fishing, swimming or skating. Pond BMPs can help to develop recreational sites for walking, bird watching or nature hikes. Both structural and nonstructural BMPs can be effectively used to mitigate the urban NPSP. Some of the structural BMPs for mitigation of urban NPSP are: Structural BMPs system can be implemented by moving earth, planting and construction. Infiltration System: This system can be used by increasing the infiltration of precipitation in the soil and thereby reducing the surface runoff and sediment transport. Infiltration basins capture stormwater and store it until some, or all, of the stormwater filters into the surrounding soil. This system is effective for removing fine grained pollutants, but course grained pollutants can clog the infiltration basins. Detention System: This system slows down the rate of runoff and therefore helps to reduce the transport of pollutants and encourages the settling of suspended solids. Retention System: This system includes a lined or unlined wetponds which retains stormwater to hold (6months) storm events. Porous Pavement: Use of porous pavement such as interlocking tiles or bricks, allows st.

Stormwater BMPs for urban useStormwater runoff is the water flowi.pdf

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Solution 1United states treasury bonds pays semi annual interest .pdf

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since you have 2 mols of O3 going to 3O2 you divide your delta H by .pdf

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Rules generally followed are: 1. Using existing terminology whenever possible. 2. Name everything in the same language as a set of objects. 3. It can be upto certainl limit of charecters say 32 or 64 like that. 4. It must be a combinaiton of any of letters, numbers, spaces, special characters(except period), exclemaiton, an accent grave, brackets. 5. It should not begin with space. Benifits of naming convention: 1. It is very easy to tell from the naming convention that what does that variable contains. 2. Using prefixes can make it easier to group your tables and all. 3. It will be useful when we are using tools like automated code generating tools. Prefix Tags: Prefix tags are used to indicate the type of objects and database development fields. A prefix appears in lowercase adn is used to indicate additional information, such as the scope of avariable. Th tag aslo appears in lowercase. It is a short set of characters that indicate the type of an object. Some of the examples are app(application), chk(checkBox), cbo(combobox), cmd(commandbutton) etc. Solution Rules generally followed are: 1. Using existing terminology whenever possible. 2. Name everything in the same language as a set of objects. 3. It can be upto certainl limit of charecters say 32 or 64 like that. 4. It must be a combinaiton of any of letters, numbers, spaces, special characters(except period), exclemaiton, an accent grave, brackets. 5. It should not begin with space. Benifits of naming convention: 1. It is very easy to tell from the naming convention that what does that variable contains. 2. Using prefixes can make it easier to group your tables and all. 3. It will be useful when we are using tools like automated code generating tools. Prefix Tags: Prefix tags are used to indicate the type of objects and database development fields. A prefix appears in lowercase adn is used to indicate additional information, such as the scope of avariable. Th tag aslo appears in lowercase. It is a short set of characters that indicate the type of an object. Some of the examples are app(application), chk(checkBox), cbo(combobox), cmd(commandbutton) etc..

Rules generally followed are1. Using existing terminology wheneve.pdf

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Arranging in ascending orderMedian =(8.1+9.1)2 = 8.6Solution.pdf

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Please find my code. import java.util.Arrays; import java.util.Random; public class Search { // function for Linear Search public static int linerSearch(int[] arr, int key){ int size = arr.length; for(int i=0;i Solution Please find my code. import java.util.Arrays; import java.util.Random; public class Search { // function for Linear Search public static int linerSearch(int[] arr, int key){ int size = arr.length; for(int i=0;i.

Please find my code.import java.util.Arrays;import java.util.Ran.pdf

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only similarity- Mean, median and mode are all different terms of ce.pdf

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All of the above .pdf

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Actually [ NH3 ] 2 causes redness in a solution .pdf

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Let the length be x units Width of a rectangle measure one-fourth less than its length = x-x/4 = 3x/4 Diagonal = sqrt( length^2 + width^2) = sqrt (x^2 +(3x/4)^2 ) = 40 sqrt (x^2 +(3x/4)^2 ) = 40 Squaring both sides x^2 + (9/4)x^2 = 1600 13x^2/4 = 1600 x^2 = 1600*4/13 = 492.307 length =x= sqrt(492.307) =22.18; width = 3x/4 = 16.64 units Length = 22.18 units and Width =16.64 units Solution Let the length be x units Width of a rectangle measure one-fourth less than its length = x-x/4 = 3x/4 Diagonal = sqrt( length^2 + width^2) = sqrt (x^2 +(3x/4)^2 ) = 40 sqrt (x^2 +(3x/4)^2 ) = 40 Squaring both sides x^2 + (9/4)x^2 = 1600 13x^2/4 = 1600 x^2 = 1600*4/13 = 492.307 length =x= sqrt(492.307) =22.18; width = 3x/4 = 16.64 units Length = 22.18 units and Width =16.64 units.

Let the length be x unitsWidth of a rectangle measure one-fourth l.pdf

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legally considered as equity in the firm typically applies to common.pdf

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in my view nationwide health information network makes sure that hea.pdf

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Filopodia are thin projections with parallel bundles of microfilaments. Therefore the leading edge of a crawling cell has parallel bundle microfilaments. While meshes are found between two filopodia and this is known as lamellipodia. Solution Filopodia are thin projections with parallel bundles of microfilaments. Therefore the leading edge of a crawling cell has parallel bundle microfilaments. While meshes are found between two filopodia and this is known as lamellipodia..

Filopodia are thin projections with parallel bundles of microfilamen.pdf

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Factors in Judging Reasonableness The Internal Revenue Manual section 4233.27 lists twelve factors to be considered by an agent on examination in IRC 162 reasonable compensation cases, while various courts have developed their own lists. The factors the Manual lists are: 1) the nature of the employee\'s duties; 2) the employee\'s background and experience; 3) the employee\'s knowledge of the business; 4) the size of the business; 5) the employee\'s contribution to the profit making; 6) the time devoted by the employee to the business; 7) the economic conditions in general and locally; 8) the character and amount of responsibility of the employee; 9) the time of year when compensation is determined; 10) the relationship of shareholder-officer\'s compensation to stock holdings; 11) whether alleged compensation is in reality, in whole or in part, payment for a business or assets acquired; and 12) the amount paid by similar size businesses in the same area to equally qualified employees for similar services. Rather than track the listing in the Manual for IRC 162, the following discussion focuses on factors discussed by the Service or courts specifically in exempt organization cases. Where IRC 162 cases illustrate an important point not otherwise covered by an exempt organization case, they will be discussed. Also, this article groups together the factors dealing with the employee, the organization and the compensation itself. B. Factors Relating to the Employee 1. Arm\'s Length Relationship One of the most important factors in evaluating the reasonableness of compensation is whether the employer and employee negotiated the compensation at arm\'s length. Negotiations may be viewed either as an indication of reasonableness or as one part of a three-pronged inurement analysis. Most cases and rulings simply list arm\'s length negotiations as one factor in judging reasonableness. G.C.M. 39670, supra, expresses an alternative view that negotiations, reasonableness and whether an arrangement is simply a device to distribute profits are three equal parts of an inurement analysis. Under either approach, arm\'s length negotiations are critical. As one commentator has stated, Virtually all challenges by IRS to the deductibility of compensation have occurred in the context of salary arrangements between related parties... There does not appear to be any case which holds that compensation paid in a truly arm\'s length situation was unreasonable...In this situation, the operation of the normal system of commercial checks and balances is probably adequate to ensure a proper result so that review by the IRS is generally unnecessary.\" Kafka, 390-2nd T.M., Reasonable Compensation at A-5. However, it is important to note that while lack of arm\'s length bargaining is an important factor, it does not always create inurement. The Tax Court considered and rejected the notion that a salary that would be reasonable if paid to an unrelated third party becomes unreasona.

Factors in Judging ReasonablenessThe Internal Revenue Manual secti.pdf

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A temporary relief but it increases the blood pre.pdf

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DATAcondition can_eat[NUM_PHILS]; enum states state[NUM_PHILS-1.pdf

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c. 1.28Solutionc. 1.28.pdf

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Answer import java.util.Random; class DeckMaster { public static void main(String[] args) { Deck mydeck; mydeck= new Deck(); mydeck.printDeck(); mydeck.shuffleDeck(); mydeck.printDeck(); Deck mydeck1; mydeck1= new Deck(); mydeck1.printDeck(); System.out.println(\"Hello \" + mydeck ); //Display the output while (!mydeck.emptyDeck()) { int card=mydeck.dealDeck(); System.out.println(\"Card is \" + card); } System.out.println(\"Program Finishing!!!!\"); }// of main } // of DeckMaster class Deck { int [] card_deck; static int count; Deck() // constructor--must keep track of total objects created for class { count=0; card_deck = new int[52]; int temp,status=0; Random randomGenerator= new Random(); for(int i=0;i<52;i++) { temp=randomGenerator.nextInt(51)+1; for(int j=i-1;j>=0;j--) { if(temp==card_deck[j]) { status=1; break; } } if(status==0) { card_deck[i]=temp; } else { i--; continue; } } } //String toString(); // rewrite print of object void shuffleDeck()// mutator , resets deck to 52 cards, permuted. { int temp,status=0; Random randomGenerator= new Random(); for(int i=0;i<52;i++) { temp=randomGenerator.nextInt(51)+1; for(int j=i-1;j>=0;j--) { if(temp==card_deck[j]) { status=1; break; } } if(status==0) { card_deck[i]=temp; } else { i--; continue; } } } void printDeck() //Accessor --print 10 cards per line with a comma separator. { for(int i=0;i<52;i++) { System.out.println(\"deck \"+(i+1)+\" : \"+card_deck[i]); } } int dealDeck() // returns the first element on the card, deck gets smaller { int first; first=card_deck[0]; for(int i=0;i<52;i++) { if(i==(51-count)) { card_deck[51-count]=100; count++; break; } else { card_deck[i]=card_deck[i+1]; } } return first; } boolean emptyDeck() // True if there is nothing left on the Deck { int status=0; for(int i=0;i<52;i++) { if(card_deck[i]!=100) { status=1;break; } } if(status==0) return true; else return false; } } Solution Answer import java.util.Random; class DeckMaster { public static void main(String[] args) { Deck mydeck; mydeck= new Deck(); mydeck.printDeck(); mydeck.shuffleDeck(); mydeck.printDeck(); Deck mydeck1; mydeck1= new Deck(); mydeck1.printDeck(); System.out.println(\"Hello \" + mydeck ); //Display the output while (!mydeck.emptyDeck()) { int card=mydeck.dealDeck(); System.out.println(\"Card is \" + card); } System.out.println(\"Program Finishing!!!!\"); }// of main } // of DeckMaster class Deck { int [] card_deck; static int count; Deck() // constructor--must keep track of total objects created for class { count=0; card_deck = new int[52]; int temp,status=0; Random randomGenerator= new Random(); for(int i=0;i<52;i++) { temp=randomGenerator.nextInt(51)+1; for(int j=i-1;j>=0;j--) { if(temp==card_deck[j]) { status=1; break; } } if(status==0) { card_deck[i]=temp; } else { i--; continue; } } } //String toString(); // rewrite print of object void shuffleDeck()// mutator , resets deck to 52 cards, permuted. { int temp,status=0; Random randomGenerator= new Random(); for(int i=0;i<52;i++) { temp=ran.

Answerimport java.util.Random; class DeckMaster { public sta.pdf

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