Enthalphy for HCl would be more as acetic acid is.pdf

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Enthalphy for HCl would be more as acetic acid is mildly acetic so wen reacting energy realeased would be less Solution Enthalphy for HCl would be more as acetic acid is mildly acetic so wen reacting energy realeased would be less.

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the series divergesSolutionthe series diverges.pdf

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The fate of pyruvate depends on the availability of oxygen.Three fat.pdf

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Covalent Bond - Two atoms Share electrons Polar Covalent Bond - Two atoms share electrons, but one atom has the electron closer to itself more of the time because it has a higher electronegativity (affinity for electrons) Ionic bond - Two atoms transfer electrons from one atom to another, which forms a bond Lewis Structure - The formula of a molecule depicted by atoms with surrounding electrons represented as dots Valence Electrons - The electrons in the outer most region (shell) of the atom, still associated with that atom Non-Metals typically include the right side of the periodic table, which are usually gases at room temperature. They have no luster as solids, either. Different Bond Types - Usually either covalent, ionic (explained above) or metallic bonds, which are interactions between metal atoms due to periodic charge differences between the atoms. Solution Covalent Bond - Two atoms Share electrons Polar Covalent Bond - Two atoms share electrons, but one atom has the electron closer to itself more of the time because it has a higher electronegativity (affinity for electrons) Ionic bond - Two atoms transfer electrons from one atom to another, which forms a bond Lewis Structure - The formula of a molecule depicted by atoms with surrounding electrons represented as dots Valence Electrons - The electrons in the outer most region (shell) of the atom, still associated with that atom Non-Metals typically include the right side of the periodic table, which are usually gases at room temperature. They have no luster as solids, either. Different Bond Types - Usually either covalent, ionic (explained above) or metallic bonds, which are interactions between metal atoms due to periodic charge differences between the atoms..

Covalent Bond - Two atoms Share electrons Polar .pdf

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Since Calcuium hydroxide has a very strong dissassociation forevery mole of calcium hydroxide is 2 moles of OH-. Ca(OH)2 ---> Ca2+ +2(OH)- 2*.03=.06 mol/L pOH = - log [OH-] pOH= -log .06 pOH= 1.22. Now pH + pOH = 14 So pH=14-1.22 pH= 12.78 Solution Since Calcuium hydroxide has a very strong dissassociation forevery mole of calcium hydroxide is 2 moles of OH-. Ca(OH)2 ---> Ca2+ +2(OH)- 2*.03=.06 mol/L pOH = - log [OH-] pOH= -log .06 pOH= 1.22. Now pH + pOH = 14 So pH=14-1.22 pH= 12.78.

Since Calcuium hydroxide has a very strong dissassociation forevery .pdf

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Shouldnt it just be the same answer as b The rate at which NO2 an.pdf

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publicclass VehicleParser { publicstatic Vehicle parseStringToVehicle(String lineToParse) { String[] vehicleInfo = lineToParse.split(\"/\"); if(vehicleInfo[0].equalsIgnoreCase(\"NewVehicle\")) { //type/make/modelYear/motivePower/vehiclePrice returnnew NewVehicle(vehicleInfo[1], Integer.parseInt(vehicleInfo[2]), vehicleInfo[3], Double.parseDouble(vehicleInfo[4])); } elseif(vehicleInfo[0].equalsIgnoreCase(\"UsedVehicle\")) { //type/make/modelYear/motivePower/previousState/currentYear returnnew UsedVehicle(vehicleInfo[1], Integer.parseInt(vehicleInfo[2]), vehicleInfo[3], vehicleInfo[4], Integer.parseInt(vehicleInfo[5])); } returnnull; } } publicabstractclass Vehicle { //Attributes protected String make; protectedint modelYear; protected String motivePower; protecteddouble licenseFee; /** * Constructor * @param make * @param modelYear * @param motivePower */ public Vehicle(String make, int modelYear, String motivePower) { this.make = make; this.modelYear = modelYear; this.motivePower = motivePower; this.licenseFee = 0.0; } /** * @return the modelYear */ publicint getModelYear() { return modelYear; } @Override public String toString() { return \"\ Make:\\t\\t\" + this.make + \"\ Model Year:\\t\" + this.modelYear + \"\ Motive Power:\\t\" + this.motivePower + \"\ License Fee:\\t$\" + this.licenseFee + \"\ \"; } publicabstractvoid computeLicenseFee(); } publicclass NewVehicle extends Vehicle { privatestaticdoubleBASE_FEE = 150.00; privatestaticdoublePRICE_FEE = 0.15; //Attributes privatedouble vehiclePrice; /** * Constructor * @param make * @param modelYear * @param motivePower * @param vehiclePrice */ public NewVehicle(String make, int modelYear, String motivePower, double vehiclePrice) { super(make, modelYear, motivePower); this.vehiclePrice = vehiclePrice; } @Override publicvoid computeLicenseFee() { double smogAbatement = 0.0; if(motivePower.equalsIgnoreCase(\"gas\")) smogAbatement = 20.00; licenseFee = BASE_FEE + smogAbatement + (this.vehiclePrice * PRICE_FEE); } @Override public String toString() { return \"\ NEW Vehicle:\" + super.toString() + \"Price:\\t\\t$\" + this.vehiclePrice + \"\ \ \"; } } publicclass UsedVehicle extends Vehicle { privatestaticdoubleBASE_FEE = 100.00; privatestaticdoubleTITLE_TRANSFER_FEE = 15.00; //Attributes private String previousLicenseState; privateint currentYear; public UsedVehicle(String make, int modelYear, String motivePower, String previousLicenseState, int currentYear) { super(make, modelYear, motivePower); this.previousLicenseState = previousLicenseState; this.currentYear = currentYear; } @Override publicvoid computeLicenseFee() { double smogWaiverFee = 0.0; if((this.currentYear - this.modelYear) >= 5) smogWaiverFee = 8.00; double smogAbatement = 0.0; if(motivePower.equalsIgnoreCase(\"gas\")) smogAbatement = 20.00; licenseFee = BASE_FEE + smogAbatement + TITLE_TRANSFER_FEE + smogWaiverFee; } @Override public String toString() { return \"\ USED Vehicle:\" + super.toString() + \"Years Old:\\t\" + (this.curren.

publicclass VehicleParser {publicstatic Vehicle parseStringToVehic.pdf

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Point.h header file #ifndef POINT_H #define POINT_H Po.pdf

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Preliminary Engagement activity include: Planning activities involves: Obtaining the Knowledge of business through identifying and assessing the risks of material misstatement through understanding the Entity and its Environment and internal controls. Determine the overall audit strategy. Determine the nature timing and extent to complete the audit. Updation of overall audit Strategy and audit plan as necessary during the course of audit. Solution Preliminary Engagement activity include: Planning activities involves: Obtaining the Knowledge of business through identifying and assessing the risks of material misstatement through understanding the Entity and its Environment and internal controls. Determine the overall audit strategy. Determine the nature timing and extent to complete the audit. Updation of overall audit Strategy and audit plan as necessary during the course of audit..

Preliminary Engagement activity includePlanning activities involv.pdf

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please give some additional informationSolutionplease give som.pdf

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parabolaSolutionparabola.pdf

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Macaulay duration = [tC/(1+y)t + nM/(1+y)n/P] t = 1 to n t = Period in which coupon is received C = Semiannual coupon payment = (10% x $ 1000)/2 = $ 50 y = Periodic yield to maturity = 9 % /2 = 4.5 % n = Number of periods = 5 years x 2 = 10 M = Maturity value = $ 1,000 + $ 50 = $ 1,050 P = Market price of bond = $ 1,000 (Assumed) Period Cash Flow Period x Cash Flow PV of $1 @ 4.5 % Present Value of Cash Flow 1 $50 $50 0.956937799 $47.85 2 $50 $100 0.915729951 $91.57 3 $50 $150 0.876296604 $131.44 4 $50 $200 0.838561344 $167.71 5 $50 $250 0.802451047 $200.61 6 $50 $300 0.767895738 $230.37 7 $50 $350 0.734828458 $257.19 8 $50 $400 0.703185127 $281.27 9 $50 $450 0.672904428 $302.81 10 $1,050 $10,500 0.643927682 $6,761.24 Total Macaulay duration = $6,761.24 / $1,000 = 6.76 years Period Cash Flow Period x Cash Flow PV of $1 @ 4.5 % Present Value of Cash Flow 1 $50 $50 0.956937799 $47.85 2 $50 $100 0.915729951 $91.57 3 $50 $150 0.876296604 $131.44 4 $50 $200 0.838561344 $167.71 5 $50 $250 0.802451047 $200.61 6 $50 $300 0.767895738 $230.37 7 $50 $350 0.734828458 $257.19 8 $50 $400 0.703185127 $281.27 9 $50 $450 0.672904428 $302.81 10 $1,050 $10,500 0.643927682 $6,761.24 Total Solution Macaulay duration = [tC/(1+y)t + nM/(1+y)n/P] t = 1 to n t = Period in which coupon is received C = Semiannual coupon payment = (10% x $ 1000)/2 = $ 50 y = Periodic yield to maturity = 9 % /2 = 4.5 % n = Number of periods = 5 years x 2 = 10 M = Maturity value = $ 1,000 + $ 50 = $ 1,050 P = Market price of bond = $ 1,000 (Assumed) Period Cash Flow Period x Cash Flow PV of $1 @ 4.5 % Present Value of Cash Flow 1 $50 $50 0.956937799 $47.85 2 $50 $100 0.915729951 $91.57 3 $50 $150 0.876296604 $131.44 4 $50 $200 0.838561344 $167.71 5 $50 $250 0.802451047 $200.61 6 $50 $300 0.767895738 $230.37 7 $50 $350 0.734828458 $257.19 8 $50 $400 0.703185127 $281.27 9 $50 $450 0.672904428 $302.81 10 $1,050 $10,500 0.643927682 $6,761.24 Total Macaulay duration = $6,761.24 / $1,000 = 6.76 years Period Cash Flow Period x Cash Flow PV of $1 @ 4.5 % Present Value of Cash Flow 1 $50 $50 0.956937799 $47.85 2 $50 $100 0.915729951 $91.57 3 $50 $150 0.876296604 $131.44 4 $50 $200 0.838561344 $167.71 5 $50 $250 0.802451047 $200.61 6 $50 $300 0.767895738 $230.37 7 $50 $350 0.734828458 $257.19 8 $50 $400 0.703185127 $281.27 9 $50 $450 0.672904428 $302.81 10 $1,050 $10,500 0.643927682 $6,761.24 Total.

Macaulay duration = [tC(1+y)t + nM(1+y)nP] .pdf

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Hi! For hydrogen fluoride: the predominant intermolecular force is hydrogen bonding. In hydrogen bonding, fluorine acts as a \"bridge\" (the middle atom) between two hydrogen molecules. The only other atoms that can participate in hydrogen bonding are nitrogen, oxygen and sulfur. The other intermolecular forces are present in hydrogen fluoride as well, but they are not as significant as hydrogen bonding. For carbon tetrafluoride: the predominant intermolecular force is dispersion (also called London dispersion or van der waals forces) due to the fact that this is a non-polar, symmetrical molecule and the difference in electronegativity between carbon and hydrogen is not great enough for the bond to be considered truly polar. For hydrogen chloride: the predominant intermolecular force is dipole-dipole. Chlorine cannot participate in hydrogen bonding, however, the chlorine atom has a considerable difference in electronegativity relative to hydrogen so the covalent bond is considered polar. There are also dispersion forces present, but they are not as significant as the dipole-dipole forces here. I hope this helps! Please don\'t forget to rate : ) Solution Hi! For hydrogen fluoride: the predominant intermolecular force is hydrogen bonding. In hydrogen bonding, fluorine acts as a \"bridge\" (the middle atom) between two hydrogen molecules. The only other atoms that can participate in hydrogen bonding are nitrogen, oxygen and sulfur. The other intermolecular forces are present in hydrogen fluoride as well, but they are not as significant as hydrogen bonding. For carbon tetrafluoride: the predominant intermolecular force is dispersion (also called London dispersion or van der waals forces) due to the fact that this is a non-polar, symmetrical molecule and the difference in electronegativity between carbon and hydrogen is not great enough for the bond to be considered truly polar. For hydrogen chloride: the predominant intermolecular force is dipole-dipole. Chlorine cannot participate in hydrogen bonding, however, the chlorine atom has a considerable difference in electronegativity relative to hydrogen so the covalent bond is considered polar. There are also dispersion forces present, but they are not as significant as the dipole-dipole forces here. I hope this helps! Please don\'t forget to rate : ).

Hi!For hydrogen fluoride the predominant intermolecular force is .pdf

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first-order logic into English1. X had a hammer to hit tom2.X us.pdf

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Dispersal refers to movement of individuals among populations through the process of immigration and emigration. Due to frequent plugging of vents and formation of new vents, the inhabitat species exhibit higher rate of dispersal to survive. Local extinction, intrinsic growth and patch occupancy would not help in surviving the freqeuently changing habitats. Solution Dispersal refers to movement of individuals among populations through the process of immigration and emigration. Due to frequent plugging of vents and formation of new vents, the inhabitat species exhibit higher rate of dispersal to survive. Local extinction, intrinsic growth and patch occupancy would not help in surviving the freqeuently changing habitats..

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decreasesSolutiondecreases.pdf

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D is correct. The first character after the banner login command becomes the delimiter. Everything following it becomes part of the banner until the delimiter is seen again. In this instance, “w” becomes the delimiter, which would make the message “elcome to S.” A, B, and C are incorrect because everything between the delimiters (w) would be displayed, but nothing else. Solution D is correct. The first character after the banner login command becomes the delimiter. Everything following it becomes part of the banner until the delimiter is seen again. In this instance, “w” becomes the delimiter, which would make the message “elcome to S.” A, B, and C are incorrect because everything between the delimiters (w) would be displayed, but nothing else..

D is correct. The first character after the banner login command bec.pdf

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Answer: Pipeline is a set of data data processing elements that are connected in series. It is installed in such a way that input of one instruction is the input of the next instruction. Its elements are executed in parallel. Uses : Solution Answer: Pipeline is a set of data data processing elements that are connected in series. It is installed in such a way that input of one instruction is the input of the next instruction. Its elements are executed in parallel. Uses :.

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Ans: RASopathy is genetic condition in which there is a germline mutations in the genes which are the part of RAS pathway. ex: Noonan syndrome. Whereas fragile X syndrome occurs beacause of tri nucleotide repeats (CGG) in the FMR1 repeats. The RAS pathway is not involved. So, the answer is NO. Solution Ans: RASopathy is genetic condition in which there is a germline mutations in the genes which are the part of RAS pathway. ex: Noonan syndrome. Whereas fragile X syndrome occurs beacause of tri nucleotide repeats (CGG) in the FMR1 repeats. The RAS pathway is not involved. So, the answer is NO..

Ans RASopathy is genetic condition in which there is a germline mut.pdf

ANGELMARKETINGJAIPUR

Animals and plants are losing their homes: Habitat demolition is the main driver of species extinction. When we destroy a forest in a specific zone, we have destined all the living things flourishing in that environment. When we cut off streams with dams or assemble streets through a forest, we are decimating ecosystems. Where will they live? Do we try to migrate them? Is that even conceivable? Possibly the huge creatures which we can see, yes. Be that as it may, as a rule, we don\'t trouble. Deforestation has murdered off a larger number of species than we can distinguish. To date, we have obliterated around 13 million hectares of forest, home to a huge number of species of all shapes and sizes. We are pulverizing forests to supply the perpetually developing needs of our progress for wood, paper, and different materials that originate from our trees. Because of deforestation, we are pushing the Mountain Gorillas far from their habitat and they can\'t deal with the worry of coping. We are Overhunting and Overharvesting: Hunting and harvesting are vital exercises of people. We have to eat and survive. On the off chance that this were our exclusive reasons, the planet can likely manage us. It can duplicate and manage us with an enduring supply. In any case, we are overharvesting a few species, similar to the Bluefin Tuna, the Whales and Sharks and a few species of fish. These species can\'t recreate sufficiently quick to address our issues. The Tiger is being chased to extinction, not as nourishment but rather for its excellent skin and its organs which are viewed as therapeutic in some Asian nations. The same is valid for the Rhino whose horns are additionally accepted to be restorative and for the Elephant whose tusks are made of valuable ivory. There’s someone new in the neighborhood: Accidentally and intentionally, we acquaint new species with an ecosystem where these newcomers go after the local species or rival them for their sustenance. A case is when individuals coincidentally acquire bothers starting with one nation then onto the next. These vermin have no regular predators in their new environment so they can spread quick and obliterate the adjust of their habitat. There are just too many Humans: Our detonating populace is another fundamental driver of species extinction. The causes recorded above are aggravated a great many times by our continually developing number. We are going after space, over-using and our unquenchable need are simply overpowering the other living things living on our planet. What can we do about it?: Solution Animals and plants are losing their homes: Habitat demolition is the main driver of species extinction. When we destroy a forest in a specific zone, we have destined all the living things flourishing in that environment. When we cut off streams with dams or assemble streets through a forest, we are decimating ecosystems. Where will they live? Do we try to migrate them? Is that even conceivable? Possibly th.

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