ZnOCu2OV2O3,Ni2O3MnO .pdf

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ZnO>Cu2O>V2O3,>Ni2O3>MnO Solution ZnO>Cu2O>V2O3,>Ni2O3>MnO.

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The conch symbolizes social order, respect and power. When the boys hold meetings around the camp fire, only the speaker who is holding the conch may address the crowd. The speaker with the conch is supposed to be respected by the group and heard. In addition, usually the older boys are the ones seeking to hold the conch in order to gain the right to speak. With the struggle to obtain the conch, the author is commenting in general about the quest of politicians for power. What will men do to gain popularity and votes in a society? What will they do to be heard by the masses? In the novel, providing food and fire for the boys makes a leader more popular. In the real world, providing funding for public works and social welfare projects in a democratic society makes a politician more popular. By the time the conch is destroyed, the boys\' civilized world has also become unglued. One of the boys was killed by a fire which got out of control and swept through the island. More death and mayhem ensues. Controlling fire, food and the higher ground on the island are the goals of the leaders. They need to be able to control all of these things in order to keep their power over the group and maintain some semblance of an organized society. The author uses the story to comment on adults\' quest for leadership and power, and society\'s response to its leaders. Solution The conch symbolizes social order, respect and power. When the boys hold meetings around the camp fire, only the speaker who is holding the conch may address the crowd. The speaker with the conch is supposed to be respected by the group and heard. In addition, usually the older boys are the ones seeking to hold the conch in order to gain the right to speak. With the struggle to obtain the conch, the author is commenting in general about the quest of politicians for power. What will men do to gain popularity and votes in a society? What will they do to be heard by the masses? In the novel, providing food and fire for the boys makes a leader more popular. In the real world, providing funding for public works and social welfare projects in a democratic society makes a politician more popular. By the time the conch is destroyed, the boys\' civilized world has also become unglued. One of the boys was killed by a fire which got out of control and swept through the island. More death and mayhem ensues. Controlling fire, food and the higher ground on the island are the goals of the leaders. They need to be able to control all of these things in order to keep their power over the group and maintain some semblance of an organized society. The author uses the story to comment on adults\' quest for leadership and power, and society\'s response to its leaders..

The conch symbolizes social order, respect and power. When the boys .pdf

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The bone marrow is the wellspring of numerous immune and blood cells in the solid grown-up creature. In the event that the bone is part the long way, a stamped contrast in tissue is taken note. Part of the tissue is red, which is the wellspring of red and white platelets. The other bit is yellow fat tissue that is idle. Amid a contamination, the yellow marrow can be reactivated to wind up red marrow to help in the generation of bigger quantities of safe cells. In the grown-up creature, every single insusceptible cell begin from hematopoietic undifferentiated organisms situated in the bone marrow. Stems cells always isolate and separate into different sorts of resistant cells affected by cytokines. the starting point of the cells of the resistant framework. Cytokines are little flagging proteins that direct the conduct of the cells of the body. The bone marrow is at last in charge of the union of eight sorts of cells: red platelets, platelets, neutrophils, basophils, eosinophils, pole cells, monocytes/macrophages, T lymphocytes and B lymphocytes. Some of these cell sorts develop in the bone marrow itself, while others relocate through the circulatory framework and experience last development in different tissues. Now, we will investigate quickly at a portion of the components of the cells made in the bone marrow as a prologue to their capacity. You will take in more insights about every resistant cell sort later when we cover particular insusceptible reactions.. The real cell sort made by the bone marrow is red platelets. Platelets likewise shape in the bone marrow and help with development of blood clumps taking after any sort of harm. Neither of these cell sorts assumes a part in the resistant reaction, yet we specify them here in light of the fact that they likewise start from bone marrow undifferentiated organisms and are basic segments of the blood. Polymorphonuclear granulocytes is the general term given to neutrophils, eosinophils and basophils. The primary portion of the name portrays the presence of the core that is by all accounts split into various diverse flaps. In actuality, the core is coterminous, yet contains numerous infoldings, which give it a polynuclear appearance. Whatever is left of the name originates from the presence of the cytoplasm, which looks spotted. The cytoplasm is loaded with granules that contain mixes and chemicals imperative in satisfying the capacity of every cell sort. Polymorphonuclear granulocytes make up 50-70% of the white platelets found in blood. They last just around three days and must be supplanted at a rate of 80 million cells for each moment. Neutrophils are the most well-known sort of polymorphonuclear cells, making up 90% of granulocytes in the blood. These cells work as phagocytes in assaulting and decimating irresistible specialists. We will cover their parts in more detail when we examine phagocytes. Eosinophils make up 2-5% of granulocytes in the blood, however this number can rise signifi.

The bone marrow is the wellspring of numerous immune and blood cells.pdf

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Stanley Miller experiment explains the origin and evolution of earth. he explains how life is formed from the organic matter. Stanley Miller has created an atmosphere of early earth in lab with water, chemicals like methane, ammonia , hydrogen, electric lightning etc. and showed that organic molecule like amino acid could be formed from inorganic precursors. Life requires carbon containing organic molecules and thus he explined the origin of life. Solution Stanley Miller experiment explains the origin and evolution of earth. he explains how life is formed from the organic matter. Stanley Miller has created an atmosphere of early earth in lab with water, chemicals like methane, ammonia , hydrogen, electric lightning etc. and showed that organic molecule like amino acid could be formed from inorganic precursors. Life requires carbon containing organic molecules and thus he explined the origin of life..

Stanley Miller experiment explains the origin and evolution of earth.pdf

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service revenueSolutionservice revenue.pdf

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public class DecimalToBinary { public void printBinaryFormat(int number){ int binary[] = new int[25]; int index = 0; while(number > 0){ binary[index++] = number%2; number = number/2; } for(int i = index-1;i >= 0;i--){ System.out.print(binary[i]); } } public static void main(String a[]){ DecimalToBinary dtb = new DecimalToBinary(); dtb.printBinaryFormat(25); } } Solution public class DecimalToBinary { public void printBinaryFormat(int number){ int binary[] = new int[25]; int index = 0; while(number > 0){ binary[index++] = number%2; number = number/2; } for(int i = index-1;i >= 0;i--){ System.out.print(binary[i]); } } public static void main(String a[]){ DecimalToBinary dtb = new DecimalToBinary(); dtb.printBinaryFormat(25); } }.

public class DecimalToBinary { public void printBinaryFormat(in.pdf

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#includeiostream #includequeue #includefstream using nam.pdf

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package reservation; import java.util.*; //For Scanner Class import java.time.*; //For LocalDate import java.time.format.*; //For DateTimeFormatter public class Reservation { double perNight = 105.00, finalAmt; long noDays; int m, d, y; LocalDate std, end; //Sets the Arrival date inputed by the user void setArrivalDate(LocalDate arrivalDate) { std = arrivalDate; } //Sets the Departure date inputed by the user void setDepartureDate(LocalDate departureDate) { end = departureDate; } //Returns the Arrival date LocalDate getArrivalDate() { return std; } //Returns the Departure date LocalDate getDepartureDate() { return end; } //Formats the Arrival date as per the requirement given question String getArrivalDateFormatted() { String stdFormat; stdFormat = \"Arrival Date: \" + std.getMonth() + \" \" + String.valueOf(std.getDayOfMonth()) + \", \" + String.valueOf(std.getYear()); return stdFormat; } //Formats the Departure date as per the requirement given question String getDepartureDateFormatted() { String stdFormat; stdFormat = \"Departure Date: \" + end.getMonth() + \" \" + String.valueOf(end.getDayOfMonth()) + \", \" + String.valueOf(end.getYear()); return stdFormat; } //Returns the Price per night as per the format String getPricePerNightFormatted() { String pr = \"Price: $\" + String.valueOf(perNight) + \" per night\"; return pr; } //Returns the number of nights long getNumberOfNights() { //toEpochDay() returns number of days noDays = end.toEpochDay() - std.toEpochDay(); return noDays; } //Calculates final Amount to be paid double getTotalPrice() { finalAmt = (double)getNumberOfNights() * perNight; return finalAmt; } //Returns the Total amount to be paid as per the format given in the question String getTotalPriceFormatted() { String finA = \"Total price: $\" + String.valueOf(getTotalPrice()) + \" for \" + String.valueOf(getNumberOfNights()) + \" night\" ; return finA; } //Accepts the Arrival date and Departure date from console void accept() { //Creates object of LocaleDate LocalDate std1, end1; //Creates the Date Time Formater object and applies Format Style //SHORT in mm/dd/yy format DateTimeFormatter fmt = DateTimeFormatter.ofLocalizedDate(FormatStyle.SHORT); //Creates Scanner class object to accept data from console Scanner s = new Scanner(System.in); System.out.println(\"Enter starting date mm/dd/yyyy: \"); System.out.println(\"Enter the arrival month (1-12):\"); m = s.nextInt(); //Accept data in integer format System.out.println(\"Enter the arrival day (1-31):\") ; d = s.nextInt(); System.out.println(\"Enter the arrival year:\") ; y = s.nextInt(); //Initializes the LocalDate object for Arrival date std1 = LocalDate.of(y, m, d); //Sets the SHORT date format fmt.format(std1); //Assigns Arrival date to class data member setArrivalDate(std1); System.out.println(\"Enter ending date mm/dd/yyyy: \"); System.out.println(\"Enter the departure month (1-12):\"); m = s.nextInt(); //Accept data in integer format System.out.println(\"Enter the departur.

package reservation; import java.util.; For Scanner Class .pdf

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Traffic intersection is a piece of transportation infrastructure what we think the most dengerous. Intersection is an area shared by two or more roads. This area is designated for the vehicles to turn to different directions to reach their desired destinations. Its main function is to guide vehicles to their respective directions. Traffic intersections are complex locations on any highway. So, it become obvious to provide an intersection. There will be crosswalks too, so design of the signal duration must be very accurate. Short term- We can provide overbridges or subways for the pedestrians instead of crosswalk. Long term- Signaled Intersections can be replaced by Rotary or diamond intersection for smooth traffic. Safety improvement is a balance. We have to take care of both pedestrian and vehicles. If we provide non-signaling intersection then there will be no crosswalk for the pedestrian. But this can\'t be implemented in a busy street junctions. So we provide Subways. Now due to no signaling, traffic flow will be increase which may lead more vehicular accidents. An improvement first introduced based on previous records and forecasting. For measures we will track traffic data, no. of accidents etc. Comparison of present situation with the past, why it become necessary to improve that piece, will actually be a standard mesure. Solution Traffic intersection is a piece of transportation infrastructure what we think the most dengerous. Intersection is an area shared by two or more roads. This area is designated for the vehicles to turn to different directions to reach their desired destinations. Its main function is to guide vehicles to their respective directions. Traffic intersections are complex locations on any highway. So, it become obvious to provide an intersection. There will be crosswalks too, so design of the signal duration must be very accurate. Short term- We can provide overbridges or subways for the pedestrians instead of crosswalk. Long term- Signaled Intersections can be replaced by Rotary or diamond intersection for smooth traffic. Safety improvement is a balance. We have to take care of both pedestrian and vehicles. If we provide non-signaling intersection then there will be no crosswalk for the pedestrian. But this can\'t be implemented in a busy street junctions. So we provide Subways. Now due to no signaling, traffic flow will be increase which may lead more vehicular accidents. An improvement first introduced based on previous records and forecasting. For measures we will track traffic data, no. of accidents etc. Comparison of present situation with the past, why it become necessary to improve that piece, will actually be a standard mesure..

Traffic intersection is a piece of transportation infrastructure wha.pdf

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Step1 pH =2 ; [H+] = 1 x10^-2 moles/litre Step2 pH=4 ; [H+] = 1x10^-4 moles/litre Step3 Useing M1 V1 =M2V2 ; V2 = 11.6 x [1x10^-2]/[1x10^-4] = 1160 ml Step4 Volume of water added = 1160 - 11.6 = 1148.4 ml Solution Step1 pH =2 ; [H+] = 1 x10^-2 moles/litre Step2 pH=4 ; [H+] = 1x10^-4 moles/litre Step3 Useing M1 V1 =M2V2 ; V2 = 11.6 x [1x10^-2]/[1x10^-4] = 1160 ml Step4 Volume of water added = 1160 - 11.6 = 1148.4 ml.

Step1 pH =2 ; [H+] = 1 x10^-2 moleslitre Step2 .pdf

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There is actually a few differences. Firstly, a pure substance can be an element or compound. A compound is a subtance where the elements made up of it are bonded by chemical bonds, either ionic or covalent bond. A mixture may consist of a combination of elements or compound, where there is no forces of attraction between them. Pure substance: Carbon dioxide, water, sodium chloride. Mixture: Alloy like brass (zinc & copper), chalky water (calcium carbonate and water). Pure substance has fixed melting and boiling point whereas mixture has a range of melting and boiling point due to presence of impurities. Pure substance has fixed composition by mass but mixture has varying degree of composition. Pure substance cannot be separated into other substance by physical means like distillation, filtration unlike a mixture. Pure substance has to be separated by chemical means like electrolysis to it\'s constituent parts. Solution There is actually a few differences. Firstly, a pure substance can be an element or compound. A compound is a subtance where the elements made up of it are bonded by chemical bonds, either ionic or covalent bond. A mixture may consist of a combination of elements or compound, where there is no forces of attraction between them. Pure substance: Carbon dioxide, water, sodium chloride. Mixture: Alloy like brass (zinc & copper), chalky water (calcium carbonate and water). Pure substance has fixed melting and boiling point whereas mixture has a range of melting and boiling point due to presence of impurities. Pure substance has fixed composition by mass but mixture has varying degree of composition. Pure substance cannot be separated into other substance by physical means like distillation, filtration unlike a mixture. Pure substance has to be separated by chemical means like electrolysis to it\'s constituent parts..

There is actually a few differences. Firstly, a p.pdf

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Hg^2+ is soft acid and thus akin to bind to soft base S^2- to form HgS. The relatively harder acids Zn^2+ and Cd^2+ are more inclined to react with hard bases such as CO3^2-, O^2- to form carbonates and oxides. Solution Hg^2+ is soft acid and thus akin to bind to soft base S^2- to form HgS. The relatively harder acids Zn^2+ and Cd^2+ are more inclined to react with hard bases such as CO3^2-, O^2- to form carbonates and oxides..

Hg^2+ is soft acid and thus akin to bind to soft .pdf

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HCl dissociates into H+ and Cl- in solution. The H+ interacts with H2O to make H3O+. Thus, when there\'s extra acid in solution, there\'s extra H3O+ in solution. This pushes the reaction to the left. Make sense? I hope so! :) Solution HCl dissociates into H+ and Cl- in solution. The H+ interacts with H2O to make H3O+. Thus, when there\'s extra acid in solution, there\'s extra H3O+ in solution. This pushes the reaction to the left. Make sense? I hope so! :).

HCl dissociates into H+ and Cl- in solution. The .pdf

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e) Compounds A and D are diastereomers. .pdf

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A) The solution that shows the greater pH at equivalence point is a weak acid solution because the OH- ion concentration is more in that solution. Therefore - In the given acids - HA - is a weak acid HB is a stronger acid B) HA is a weak acid - Hence A- is stronger base than B- Solution A) The solution that shows the greater pH at equivalence point is a weak acid solution because the OH- ion concentration is more in that solution. Therefore - In the given acids - HA - is a weak acid HB is a stronger acid B) HA is a weak acid - Hence A- is stronger base than B-.

A) The solution that shows the greater pH at equi.pdf

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Ok, I cant see the fine lines, but it looks like sigma bonds. The way it works is that a sigma bond is formed whenever an atom single bonds to another atom. It can also happen with a double bond, but that isn\'t here in this picture so we won\'t worry about it at the moment. in the top left picture, you can see a Be single bonded to a H. H has a single electron that \"orbits\" in what is an S orbital. It looks like a circle. It is the yellow ring around. the dot that it surrounds is the nucleus. the Be is also sharing an electron with the H, so to do this it branches out to form that purple bubble. where the purple bubble and the yellow bubble intersect, thats where the electrons are shared. the little green bubble is the other electron that is not bonded. The picture on the lower left is the same as above, but in reverse, all the same rules apply. The picture to the right. is a be that is bonded to two different H atoms. All the same rules apply. The difference is now there are two H\'s sharing their electrons instead of just the one. I think I also see the number 180 degrees in red, thats just the bond angle of any linear bond, it means its a straight line from one H to the other. Solution Ok, I cant see the fine lines, but it looks like sigma bonds. The way it works is that a sigma bond is formed whenever an atom single bonds to another atom. It can also happen with a double bond, but that isn\'t here in this picture so we won\'t worry about it at the moment. in the top left picture, you can see a Be single bonded to a H. H has a single electron that \"orbits\" in what is an S orbital. It looks like a circle. It is the yellow ring around. the dot that it surrounds is the nucleus. the Be is also sharing an electron with the H, so to do this it branches out to form that purple bubble. where the purple bubble and the yellow bubble intersect, thats where the electrons are shared. the little green bubble is the other electron that is not bonded. The picture on the lower left is the same as above, but in reverse, all the same rules apply. The picture to the right. is a be that is bonded to two different H atoms. All the same rules apply. The difference is now there are two H\'s sharing their electrons instead of just the one. I think I also see the number 180 degrees in red, thats just the bond angle of any linear bond, it means its a straight line from one H to the other..

Ok, I cant see the fine lines, but it looks like sigma bonds. The wa.pdf

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Ans: a) Net Exports = Total value of Export - Total value of import of a country Trade Surplus is actually defined as positive value of the net exports , i.e. if above equation comes as +ve or exports exceeds imports of a country called as trade surplus Trade Deficit defined as opposite of Trade surplus i.e. when total imports exceeds total imports or net exports become negative. b) International trade i.e. import and export transactions between the countries. So any economy having trade surplus would always have better GDP and growth. So, it is having direct impact on the employment of a country as well. For example, from 1950 to late 1990s, India is called as an agriculture economy and it was exporting majorly jute, cotton, milk, sugar etc. As most of the population are farmers and slowly the shift happen to service sector and manufacturing as per the international demands. And now India is having the largest share of service sector and then manufacturing and last share is of agriculture sector in its GDP. Most of the people are now employed either in IT sector, consulting, banking etc . c) Free trade can kill domestic industry , hence jobs of individual and aggregate level can be affetced positive or negative depends upon the exposure of a country on free trade commodities. d) Balance of Payments (bop): BOP is a record of all transactions of a country made by its residents .It has 3 components Current account, Capital account and Financial account. Financial account is change in the ownership of an asset, Capital account are transactions that dont affect the economic otput and current account measures international trade i.e. net direct payments and income on investments. It is reported for a quarter or a year to understand that of country is on fiscal deficit or surplus. Features : 1) It is a systematic records of all transactions made by the country. 2) It includes all transactions of goods, services and assets. 3) Total debits and credits of international transaction for a country are recorded Solution Ans: a) Net Exports = Total value of Export - Total value of import of a country Trade Surplus is actually defined as positive value of the net exports , i.e. if above equation comes as +ve or exports exceeds imports of a country called as trade surplus Trade Deficit defined as opposite of Trade surplus i.e. when total imports exceeds total imports or net exports become negative. b) International trade i.e. import and export transactions between the countries. So any economy having trade surplus would always have better GDP and growth. So, it is having direct impact on the employment of a country as well. For example, from 1950 to late 1990s, India is called as an agriculture economy and it was exporting majorly jute, cotton, milk, sugar etc. As most of the population are farmers and slowly the shift happen to service sector and manufacturing as per the international demands. And now India is having the largest share of service sector and.

Ans a) Net Exports = Total value of Export - Total value of import .pdf

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List of different types of Input/Output : An input device that can be used to feed the computer system for processing. some are : Output Device: Output Device is used to dispaly the result processed by computer. Common Output devices include: Programmed I/O v/s Interrupts I/O. Programmed I/O:Programmed Input/Output is used to move data between devices in a computer in which all data must pass through the processor.operation of the programmed I/O can be summaries as follow: Advantages: Disadvantages : Interrupts I/O: It is an alternative scheme for dealing with I/O is the interrupt-driven method. Here the CPU works on its given tasks continuously. When an input is available, such as when someone types a key on the keyboard, then the CPU is interrupted from its work to take care of the input data. Advantage: It is fast and efficient. Disavantage: It can be tricky to write if you are using a low level language. Thanks Solution List of different types of Input/Output : An input device that can be used to feed the computer system for processing. some are : Output Device: Output Device is used to dispaly the result processed by computer. Common Output devices include: Programmed I/O v/s Interrupts I/O. Programmed I/O:Programmed Input/Output is used to move data between devices in a computer in which all data must pass through the processor.operation of the programmed I/O can be summaries as follow: Advantages: Disadvantages : Interrupts I/O: It is an alternative scheme for dealing with I/O is the interrupt-driven method. Here the CPU works on its given tasks continuously. When an input is available, such as when someone types a key on the keyboard, then the CPU is interrupted from its work to take care of the input data. Advantage: It is fast and efficient. Disavantage: It can be tricky to write if you are using a low level language. Thanks.

List of different types of InputOutput An input device that can .pdf

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Ka depends only on temperature and nature of acid and nothing else a) due to add oh H+ ionisation will decrease b) ionisation will decrease c) ionisation will increase d)) ionisation will increase Solution Ka depends only on temperature and nature of acid and nothing else a) due to add oh H+ ionisation will decrease b) ionisation will decrease c) ionisation will increase d)) ionisation will increase.

Ka depends only on temperature and nature of acid and nothing else.pdf

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Is comprised of two half reactions...that of Cu gettingoxidized and Fe getting reduced according to... Fe3+ + e- --> Fe2+ (E is .77 V) and Cu--> Cu2+ + 2e- (E is -.34 volts) Using a table of standard reduction potentials...the value ofE_cell is .77 V - .34 V = .43 V Tocalculate K, we can use the formula log K = nE/.0592 Where n is the moles of electrons log K = n(.43)/.0592 Ifthis equation is balanced...we get... 2Fe+3 + 2e- --> 2 Fe+2 Cu --> Cu+2 + 2e- Giving 2 Fe+3 + Cu --> 2 Fe+2 +Cu+2 Since two moles of electrons are beingtransfered, n is 2 log K = (2*.43)/.0592 log K = 14.527 K = 3.37 x 10^14 Solution Is comprised of two half reactions...that of Cu gettingoxidized and Fe getting reduced according to... Fe3+ + e- --> Fe2+ (E is .77 V) and Cu--> Cu2+ + 2e- (E is -.34 volts) Using a table of standard reduction potentials...the value ofE_cell is .77 V - .34 V = .43 V Tocalculate K, we can use the formula log K = nE/.0592 Where n is the moles of electrons log K = n(.43)/.0592 Ifthis equation is balanced...we get... 2Fe+3 + 2e- --> 2 Fe+2 Cu --> Cu+2 + 2e- Giving 2 Fe+3 + Cu --> 2 Fe+2 +Cu+2 Since two moles of electrons are beingtransfered, n is 2 log K = (2*.43)/.0592 log K = 14.527 K = 3.37 x 10^14.

Is comprised of two half reactions...that of Cu gettingoxidized .pdf

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import java.util.Scanner; import java.text.*; public class AverageRainfall { public static void main(String[] args) { int years; // Variable to hold the amount of years final int MONTHS = 12; // Constant to hold the amount of months in a year int totalMonths = 0; // Months accumulator variable double monthlyRain; // Holds the amount of rain in inches for each month double totalRainfall = 0; // Holds the total rainfall NumberFormat df = DecimalFormat.getInstance(); // Decimal formating df.setMaximumFractionDigits(2); // Create Scanner object Scanner input = new Scanner(System.in); // Prompt user for the number of years System.out.println(\"Enter the number of years: \"); years = input.nextInt(); System.out.println(\"Enter the rainfall amount for each month \"); // Construct for-loop for each year for(int i=0; i < years; i++){ for(int j=1; j Solution import java.util.Scanner; import java.text.*; public class AverageRainfall { public static void main(String[] args) { int years; // Variable to hold the amount of years final int MONTHS = 12; // Constant to hold the amount of months in a year int totalMonths = 0; // Months accumulator variable double monthlyRain; // Holds the amount of rain in inches for each month double totalRainfall = 0; // Holds the total rainfall NumberFormat df = DecimalFormat.getInstance(); // Decimal formating df.setMaximumFractionDigits(2); // Create Scanner object Scanner input = new Scanner(System.in); // Prompt user for the number of years System.out.println(\"Enter the number of years: \"); years = input.nextInt(); System.out.println(\"Enter the rainfall amount for each month \"); // Construct for-loop for each year for(int i=0; i < years; i++){ for(int j=1; j.

import java.util.Scanner; import java.text.; public class Ave.pdf

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