The phase it is in is anaphase, chromosomes start to move toward the.pdf

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The phase it is in is anaphase, chromosomes start to move toward the end as the spindle fibres shorten Cell division is depicted as meiosis I Solution The phase it is in is anaphase, chromosomes start to move toward the end as the spindle fibres shorten Cell division is depicted as meiosis I.

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Phenol is the strongest acid because Phenoxide ion(formed by removal of proton) is stabilised by resonance . Alkoxide ions in the other two cases is not stabilised by resonance. Hence phenol is the most acidic. Solution Phenol is the strongest acid because Phenoxide ion(formed by removal of proton) is stabilised by resonance . Alkoxide ions in the other two cases is not stabilised by resonance. Hence phenol is the most acidic..

homogeneous describes a solutionmixture that is .pdf

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homogeneous describes a solution/mixture that is uniform throughoutwhile heterogeneous is the exact opposite. Examples ofhomogeneous solutions are salt dissolved in water, potassiumhydroxide in water. examples of heterogeneous solutions areoil in water (don\'t mix) and sand in water (sands sinks tobottom). Solution homogeneous describes a solution/mixture that is uniform throughoutwhile heterogeneous is the exact opposite. Examples ofhomogeneous solutions are salt dissolved in water, potassiumhydroxide in water. examples of heterogeneous solutions areoil in water (don\'t mix) and sand in water (sands sinks tobottom)..

Propanol has molecular formula CH3-CH2-CH2-OH.It is a polar organi.pdf

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Propanol has molecular formula CH3-CH2-CH2-OH. It is a polar organic molecule with a positively charged H atom bonded to an electronegative O atom. Thus the intermolecular forces are hydrogen-bonding, dipole-dipole forces, and dispersion (van der Waal\'s) forces. Solution Propanol has molecular formula CH3-CH2-CH2-OH. It is a polar organic molecule with a positively charged H atom bonded to an electronegative O atom. Thus the intermolecular forces are hydrogen-bonding, dipole-dipole forces, and dispersion (van der Waal\'s) forces..

From an ESR study of VOCl2 dissolved in toluene c.pdf

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Wire framing is an important step in any screen design process. It i.pdf

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Wire framing is an important step in any screen design process. It is about rapid ideation. Here i am giving few ideas to do a best wireframe. Developers use wireframes to get a clear picture of the elements that they will need to code. Elements of a wireframe are header, footer, sidebar and content areas. The additional elements are navigation bars, widgets, and buttons. 2.Visual ways to handle the text for all global end users: Wireframes server multiple purposes by helping to connect the site’s information architecture to its visual design by showing paths between pages. A wireframe is a two-dimensional illustration of a page’s interface that specifically focuses on space allocation and prioritization of content, functionalities available and intended behaviors. Wireframes also help to establish relationships between a website’s various templates. It determines intended functionality in the interface. To create wireframes do not use colors and images .To indicate where you intend to place an image and its size. Use only one generic font, within the wireframes it’s important to remember that they don’t do well with showing interactive features of the interface like drop-downs, over states, accordions that implement show-hide functionality, or auto –rotating carrousels. 3.The elements in the wireframe are usually displayed and organized to consider the following: Content: First you have to create a content inventory, for that you should get ready your material. The best process to make a good content inventory: 1. List all content URL and short description. 2. Scan for redundancies. 3. organize content items first by topic. Hierarchy: Organize each item in your spreadsheet as primary, secondary, or tertiary. Functionality: How will these elements work together? Behavior: How does this element interact with the user? Solution Wire framing is an important step in any screen design process. It is about rapid ideation. Here i am giving few ideas to do a best wireframe. Developers use wireframes to get a clear picture of the elements that they will need to code. Elements of a wireframe are header, footer, sidebar and content areas. The additional elements are navigation bars, widgets, and buttons. 2.Visual ways to handle the text for all global end users: Wireframes server multiple purposes by helping to connect the site’s information architecture to its visual design by showing paths between pages. A wireframe is a two-dimensional illustration of a page’s interface that specifically focuses on space allocation and prioritization of content, functionalities available and intended behaviors. Wireframes also help to establish relationships between a website’s various templates. It determines intended functionality in the interface. To create wireframes do not use colors and images .To indicate where you intend to place an image and its size. Use only one generic font, within the wireframes it’s important to remember that they don’t do well with sho.

The normal heartbeat is 60-72 per minute. The pumping of the blood f.pdf

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The normal heartbeat is 60-72 per minute. The pumping of the blood from the heart to every part of the body through blood vessels causes the sound in it. A healthy adult normally has two heart sounds, commonly called as lub and dub (or dup). These sounds are caused by the systole and diastole; systole occurs when the hearts contracts and the blood is pumped out, whereas diastole occurs when the heart relaxes after contraction. Because of the contraction and relaxation of heart the intensity and the pitch of the sound differs. The first sound (S1) is of low frequency and occurs at the beginning of systole. This sound can be heard clearly using the stethoscope or at the diaphragm. It is caused due to the turbulence created during the closure of mitral and tricuspid valves. The second sound (S2) is comparatively short than the first sound in terms of intensity, frequency, quality and duration. S2 is caused by the closure of the aortic and pulmonic valves, making the end of systole. 2. An unusual sound heard between the heartbeats is known as the heart murmur. They generally produce whooshing or swishing noise. Sometimes the murmurs maybe harmless (innocent), but if they are occurring consistently or they accompany any other problems (abnormal) then they should be diagnosed. Innocent murmurs can be caused due to physical activity, pregnancy, general sickness such as fever, anaemia, hyperthyroidism or rapid stages of development (adolescence). Abnormal heart murmurs can be caused due to holes in the heart or presence of cardiac shunts, abnormalities in the heart valve, valve calcification and sometimes due to rheumatic fever. People with family history of heart defects and certain illness (lung diseases, hypertension etc.) are also at risk of developing heart murmurs. Solution The normal heartbeat is 60-72 per minute. The pumping of the blood from the heart to every part of the body through blood vessels causes the sound in it. A healthy adult normally has two heart sounds, commonly called as lub and dub (or dup). These sounds are caused by the systole and diastole; systole occurs when the hearts contracts and the blood is pumped out, whereas diastole occurs when the heart relaxes after contraction. Because of the contraction and relaxation of heart the intensity and the pitch of the sound differs. The first sound (S1) is of low frequency and occurs at the beginning of systole. This sound can be heard clearly using the stethoscope or at the diaphragm. It is caused due to the turbulence created during the closure of mitral and tricuspid valves. The second sound (S2) is comparatively short than the first sound in terms of intensity, frequency, quality and duration. S2 is caused by the closure of the aortic and pulmonic valves, making the end of systole. 2. An unusual sound heard between the heartbeats is known as the heart murmur. They generally produce whooshing or swishing noise. Sometimes the murmurs maybe harmless (innocent), but if they are occ.

the acronym of CIA is Central Intelligence Agency — it is \"an independent US Government agency who takes care regarding the national security intelligence for the most senior United States policymakers.\"According to this perspective,, the CIA in CIA Triad is regarding the Confidentiality, Integrity, and Availability. confidentiality: \"Privacy is mostly can be treated as a means of security,\" the important step here is thathow to protect the most sensitive and valuable data or info from the unauthorized persons. Integrity:it mainly targets on how to protect data or info from other people or from unauthorized parties so that they cannot change the or modify the data. Availability : It refers to provide information or data everytime to the authorized parties whenever they recquired it. but the problems araise here is that how to protect data from unauthorized people or others as technology increasing day by day the hackers are also increasing and the cybercrime also enhances to a greater extent.this is one of the main issue.,the cost of establishment also increases day by day which the secondary issue inorder to acheive the CIA. some of the issues can be solved by using the well sophesticated algorithms for the encryption of the data,security measures,paswords protection mechanisms etc.. Solution the acronym of CIA is Central Intelligence Agency — it is \"an independent US Government agency who takes care regarding the national security intelligence for the most senior United States policymakers.\"According to this perspective,, the CIA in CIA Triad is regarding the Confidentiality, Integrity, and Availability. confidentiality: \"Privacy is mostly can be treated as a means of security,\" the important step here is thathow to protect the most sensitive and valuable data or info from the unauthorized persons. Integrity:it mainly targets on how to protect data or info from other people or from unauthorized parties so that they cannot change the or modify the data. Availability : It refers to provide information or data everytime to the authorized parties whenever they recquired it. but the problems araise here is that how to protect data from unauthorized people or others as technology increasing day by day the hackers are also increasing and the cybercrime also enhances to a greater extent.this is one of the main issue.,the cost of establishment also increases day by day which the secondary issue inorder to acheive the CIA. some of the issues can be solved by using the well sophesticated algorithms for the encryption of the data,security measures,paswords protection mechanisms etc...

Solution#includestdio.h#includeconio.h#includealloc.h.pdf

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Solution : #include #include #include //------------------------------------------------- struct node { int data; struct node *next; }*start=NULL; //------------------------------------------------------------ void creat() { char ch; do { struct node *new_node,*current; new_node=(struct node *)malloc(sizeof(struct node)); printf(\"nEnter the data : \"); scanf(\"%d\",&new_node->data); new_node->next=NULL; if(start==NULL) { start=new_node; current=new_node; } else { current->next=new_node; current=new_node; } printf(\"nDo you want to creat another : \"); ch=getche(); }while(ch!=\'n\'); } //------------------------------------------------------------------ void display() { struct node *new_node; printf(\"The Linked List : n\"); new_node=start; while(new_node!=NULL) { printf(\"%d--->\",new_node->data); new_node=new_node->next; } printf(\"NULL\"); } //---------------------------------------------------- void main() { create(); display(); } //---------------------------------------------------- Output : #include #include #include #include struct node { int data; int key; struct node *next; struct node *prev; }; //this link always point to first Link struct node *head = NULL; //this link always point to last Link struct node *last = NULL; struct node *current = NULL; //is list empty bool isEmpty(){ return head == NULL; } int length(){ int length = 0; struct node *current; for(current = head; current != NULL; current = current->next){ length++; } return length; } //display the list in from first to last void displayForward(){ //start from the beginning struct node *ptr = head; //navigate till the end of the list printf(\"\ [ \"); while(ptr != NULL){ printf(\"(%d,%d) \",ptr->key,ptr->data); ptr = ptr->next; } printf(\" ]\"); } //display the list from last to first void displayBackward(){ //start from the last struct node *ptr = last; //navigate till the start of the list printf(\"\ [ \"); while(ptr != NULL){ //print data printf(\"(%d,%d) \",ptr->key,ptr->data); //move to next item ptr = ptr ->prev; printf(\" \"); } printf(\" ]\"); } //insert link at the first location void insertFirst(int key, int data){ //create a link struct node *link = (struct node*) malloc(sizeof(struct node)); link->key = key; link->data = data; if(isEmpty()){ //make it the last link last = link; }else { //update first prev link head->prev = link; } //point it to old first link link->next = head; //point first to new first link head = link; } //insert link at the last location void insertLast(int key, int data){ //create a link struct node *link = (struct node*) malloc(sizeof(struct node)); link->key = key; link->data = data; if(isEmpty()){ //make it the last link last = link; }else { //make link a new last link last->next = link; //mark old last node as prev of new link link->prev = last; } //point last to new last node last = link; } //delete first item struct node* deleteFirst(){ //save reference to first link struct node *tempLink = head; //if only one link if(head->next == .

reaction of zirconium with water in water reactors releases hydrogen.pdf

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reaction of zirconium with water in water reactors releases hydrogen gas as a byproduct which when reacts with atmospheric oxygen leads to small or sieviere explosions thus leading to many accidents as it increases the oxidation process drastically at high temperatures which makes the reaction unstable and dangerous. Solution reaction of zirconium with water in water reactors releases hydrogen gas as a byproduct which when reacts with atmospheric oxygen leads to small or sieviere explosions thus leading to many accidents as it increases the oxidation process drastically at high temperatures which makes the reaction unstable and dangerous..

D) IV So.pdf

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In the addition of HX to an unsymmetrical alkene, the H atom bonds t.pdf

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Inadequacy in Hartee theory1) It does not contain the exchange ter.pdf

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Inadequacy in Hartee theory 1) It does not contain the exchange terms. 2) It deal with the average position of electron and not with the indivisual position of electron. Hartee-Fock state remove these inadaquacy by considering the all permutations of states by calculating slater determinant. Solution Inadequacy in Hartee theory 1) It does not contain the exchange terms. 2) It deal with the average position of electron and not with the indivisual position of electron. Hartee-Fock state remove these inadaquacy by considering the all permutations of states by calculating slater determinant..

Flash helps prevent more flash from forming.This also forces the m.pdf

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Convolutional Neural Networks square measure terribly kind of like n.pdf

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Convolutional Neural Networks square measure terribly kind of like normal Neural Networks from the previous chapter: they\'re created of neurons that have learnable weights and biases. every vegetative cell receives some inputs, performs a inner product and optionally follows it with a non-linearity. the total network still expresses one differentiable score function: from the raw image pixels on one finish to category scores at the opposite. and that they still have a loss operate (e.g. SVM/Softmax) on the last (fully-connected) layer and every one the tips/tricks we have a tendency to developed for learning regular Neural Networks still apply. So what will change? ConvNet architectures create the express assumption that the inputs square measure pictures, that permits United States to cypher bound properties into the design. These then create the forward operate additional economical to implement and immensely cut back the quantity of parameters within the network. In machine learning, a deep belief network (DBN) may be a generative graphical model, or or else a sort of deep neural network, composed of multiple layers of latent variables (\"hidden units\"), with connections between the layers however not between units at intervals every layer.[1] When trained on a group of examples in associate degree unsupervised manner, a DBN will learn to probabilistically reconstruct its inputs. The layers then act as feature detectors on inputs. when this learning step, a DBN are often more trained in a very supervised thanks to perform classification. DBNs are often viewed as a composition of straightforward, unsupervised networks like restricted Ludwig Boltzmann machines (RBMs)[1] or autoencoders,[3] wherever every sub- network\'s hidden layer is the visible layer for future. This conjointly results in a quick, layer-by- layer unsupervised coaching procedure, wherever contrastive divergence is applied to every sub- network successively, ranging from the \"lowest\" try of layers (the lowest visible layer being a coaching set). The observation, attributable to Yee-Whye Teh, Geoffrey Hinton\'s student, that DBNs are often trained avariciously, one layer at a time, LED to at least one of the primary effective deep learning algorithms. A restricted physicist machine (RBM) may be a generative random artificial neural network that may learn a likelihood distribution over its set of inputs. RBMs were at the start fictitious beneath the name reed organ by Paul Smolensky in 1986, and rose to prominence when Geoffrey Hinton and collaborators fictitious quick learning algorithms for them within the mid-2000s. RBMs have found applications in spatiality reduction, classification, cooperative filtering, feature learning and topic modelling. they will be trained in either supervised or unsupervised ways that, counting on the task. As their name implies, RBMs ar a variant of physicist machines, with the restriction that their neurons should kind a bipartite graph: a .

AnswerProject’s required return of 12 will be used as discount ra.pdf

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Answer Project’s required return of 12% will be used as discount rate. Option 1 Borrow and buy option Depreciation calculation Year Value of machine Depreciation rate : MACRS 5 year class Depreciation A B A*B 1 250000 20% 50000 2 250000 32% 80000 3 250000 19.20% 48000 4 250000 11.52% 28800 5 250000 11.52% 28800 6 250000 5.76% 14400 Loan and interest calculation Year Opening balance Interest Repayment Closing balance A B C D A*0.1 250000/4 A -C 1 250000 25000 62500 187500 2 187500 18750 62500 125000 3 125000 12500 62500 62500 4 62500 6250 62500 0 Year maintenance after tax Interest after tax benefit Depreciation tax benefits Purchase price Loan taken Loan repayment Cash flows Disc rate = 12% Present value maintenance cost * (1-tax rate) Interest cost * (1-tax rate) Depreciation * tax rate A B C D E F G H I A+B+C+D+E+F G*H 0 -250000 250000 0 1 0 1 -12000 -15000 20000 -62500 -69500 0.89 -62053.6 2 -12000 -11250 32000 -62500 -53750 0.80 -42849.2 3 -12000 -7500 19200 -62500 -62800 0.71 -44699.8 4 -12000 -3750 11520 42500* -62500 -24230 0.64 -15398.6 Cash outflow -165001 *We have ignored capital gain tax outflow in absence of capital gain tax rate. With capital gain tax if any, this figure of inflow may change on sale of loom at end of 4th year. Option 2 leasing option Year Lease rent payments after tax Disc rate = 12% Present value A B A*B Lease rent payment cost * (1-tax rate) 0 -42000 1 -42000.00 1 -42000 0.89 -37500.00 2 -42000 0.80 -33482.14 3 -42000 0.71 -29894.77 4 -42000 0.64 -26691.76 Cash outflow -169568.67 Answer : Cash outflow in case of borrow and buy option( -165001) is less than leasing option (- 169568.67).So Western Fabrics\' management should exercise borrow and buy option. Depreciation calculation Year Value of machine Depreciation rate : MACRS 5 year class Depreciation A B A*B 1 250000 20% 50000 2 250000 32% 80000 3 250000 19.20% 48000 4 250000 11.52% 28800 5 250000 11.52% 28800 6 250000 5.76% 14400 Solution Answer Project’s required return of 12% will be used as discount rate. Option 1 Borrow and buy option Depreciation calculation Year Value of machine Depreciation rate : MACRS 5 year class Depreciation A B A*B 1 250000 20% 50000 2 250000 32% 80000 3 250000 19.20% 48000 4 250000 11.52% 28800 5 250000 11.52% 28800 6 250000 5.76% 14400 Loan and interest calculation Year Opening balance Interest Repayment Closing balance A B C D A*0.1 250000/4 A -C 1 250000 25000 62500 187500 2 187500 18750 62500 125000 3 125000 12500 62500 62500 4 62500 6250 62500 0 Year maintenance after tax Interest after tax benefit Depreciation tax benefits Purchase price Loan taken Loan repayment Cash flows Disc rate = 12% Present value maintenance cost * (1-tax rate) Interest cost * (1-tax rate) Depreciation * tax rate A B C D E F G H I A+B+C+D+E+F G*H 0 -250000 250000 0 1 0 1 -12000 -15000 20000 -62500 -69500 0.89 -62053.6 2 -12000 -11250 32000 -62500 -53750 0.80 -42849.2 3 -12000 -7500 19200 -62500 -62800 0.71 -44699.8 4 -12000 -3750 11520 42500* -62500 .

A. Angelman syndrome is rare genetic disorder characterized by learn.pdf

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A. Angelman syndrome is rare genetic disorder characterized by learning disabilities ad developmental delays .They have special facial features.It is caused by deletion of gene UBE3A.It is not inherited because in many cases carry sporadic or de nova mutation that absent in Parent DNA where the mutation is de novo. It may occur due to chromosome deletion This deletion occur sporadically ( de nova) and is not inherited 2.In most cases this disease is not inherited , this occur due to deletion of chromosome 15 .Risk of second child having this disease will depend upon specific cause only. Solution A. Angelman syndrome is rare genetic disorder characterized by learning disabilities ad developmental delays .They have special facial features.It is caused by deletion of gene UBE3A.It is not inherited because in many cases carry sporadic or de nova mutation that absent in Parent DNA where the mutation is de novo. It may occur due to chromosome deletion This deletion occur sporadically ( de nova) and is not inherited 2.In most cases this disease is not inherited , this occur due to deletion of chromosome 15 .Risk of second child having this disease will depend upon specific cause only..

1)increases decreases2)increaseFor others just use the p.pdf

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2ethyl 1penteneSolution2ethyl 1pentene.pdf

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4)process of planning and creating a nature reserve in a way that ef.pdf

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4)process of planning and creating a nature reserve in a way that effectively accomplishes the goal of the reserve. a single large or several small (SLOSS) reserves were a superior means of conserving biodiversity in a fragmented habitat.A single large reserve was preferable to several smaller reserves whose total areas were equal to the larger.Since species richness increases with habitat area, a larger block of habitat would support more species than any of the smaller blocks 5)Eutrophication ...more precisely hypertrophication, is the depletion of oxygen in a water body, which kills aquatic animals. It is a response to the addition of excess nutrients Eutrophication arises from the oversupply of nutrients, which leads to over growth of plants and algae. After such organisms die, the bacterial degradation of their biomass consumes the oxygen in the water, thereby creating the state of hypoxia. Solution 4)process of planning and creating a nature reserve in a way that effectively accomplishes the goal of the reserve. a single large or several small (SLOSS) reserves were a superior means of conserving biodiversity in a fragmented habitat.A single large reserve was preferable to several smaller reserves whose total areas were equal to the larger.Since species richness increases with habitat area, a larger block of habitat would support more species than any of the smaller blocks 5)Eutrophication ...more precisely hypertrophication, is the depletion of oxygen in a water body, which kills aquatic animals. It is a response to the addition of excess nutrients Eutrophication arises from the oversupply of nutrients, which leads to over growth of plants and algae. After such organisms die, the bacterial degradation of their biomass consumes the oxygen in the water, thereby creating the state of hypoxia..

1. auto regulation- coronary perfusion pressure increases or decreas.pdf

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1. auto regulation- coronary perfusion pressure increases or decreases to maintain the flow 2. acts on collecting ducts- promotes reabsorption of water back into the circulation 3. Nephron tubule- basic structural and functional unit of kidney which filters blood. 4. Afferent arteriole carries the blood to glomerulus. 5. Dilute the urine.- descending and ascending loops helps in reabsorption. 6. proximal tubules- reabsorhs and help to maintain homeostasis of water and ions. 7. Distal tubules causes the reabsorptio of sodium and water 8. hydrostatic- pressure excerted by the fluid on the walls of glomerulus. 9. loop of Henle Solution 1. auto regulation- coronary perfusion pressure increases or decreases to maintain the flow 2. acts on collecting ducts- promotes reabsorption of water back into the circulation 3. Nephron tubule- basic structural and functional unit of kidney which filters blood. 4. Afferent arteriole carries the blood to glomerulus. 5. Dilute the urine.- descending and ascending loops helps in reabsorption. 6. proximal tubules- reabsorhs and help to maintain homeostasis of water and ions. 7. Distal tubules causes the reabsorptio of sodium and water 8. hydrostatic- pressure excerted by the fluid on the walls of glomerulus. 9. loop of Henle.

1-2 control points, 2 end pointsComponent and JComponentTrue.pdf

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Mercurys orbit is severely elliptical meaning that the planets .pdf

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The java program that simulates ATM operations. The prog.pdf

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/** * The java program that simulates ATM operations. * The program display a menu of choices. * The prompt to enter operation to perform * and then print the balance after the transaction * to console. * */ //AtmSimDoLoop.java import java.util.Scanner; public class AtmSimDoLoop { public static void main(String[] args) { //Create a Scanner class object Scanner scanner=new Scanner(System.in); //declare variables double balance=0; int userChoice; double deposit; double withdrawl; //set repeat =true boolean repeat=true; //prompt and repeat until user enters 4 to exit do { System.out.println(\"Enter the number of your desired transaction type.\"); System.out.println(\"1.Balance\"); System.out.println(\"2.Deposit\"); System.out.println(\"3.Withdrawl\"); System.out.println(\"4.Quit\"); userChoice=Integer.parseInt(scanner.nextLine()); //using switch case to select an appropriate choice switch (userChoice) { case 1: System.out.println(\"Your current balance is \"+balance); break; case 2: System.out.println(\"Enter the amount of the deposit \"); deposit=Double.parseDouble(scanner.nextLine()); balance+=deposit; System.out.println(\"Your current balance is \"+balance); break; case 3: System.out.println(\"Enter the amount of the withdrawl \"); withdrawl=Double.parseDouble(scanner.nextLine()); if(withdrawl<=balance) { balance-=withdrawl; System.out.println(\"Your current balance is \"+balance); } else System.out.println(\"Insufficient funds. Your current balance is \"+balance+\".\"); break; case 4: System.out.println(\"Good-bye.\"); //set repeat=false repeat=false; } } while (repeat); }//end of main }//end of class AtmSimDoLoop ------------------------------------------------------------------------------------------------------------ Sample output: Enter the number of your desired transaction type. 1.Balance 2.Deposit 3.Withdrawl 4.Quit 1 Your current balance is 0.0 Enter the number of your desired transaction type. 1.Balance 2.Deposit 3.Withdrawl 4.Quit 2 Enter the amount of the deposit 500 Your current balance is 500.0 Enter the number of your desired transaction type. 1.Balance 2.Deposit 3.Withdrawl 4.Quit 3 Enter the amount of the withdrawl 300 Your current balance is 200.0 Enter the number of your desired transaction type. 1.Balance 2.Deposit 3.Withdrawl 4.Quit 3 Enter the amount of the withdrawl 300 Insufficient funds. Your current balance is 200.0. Enter the number of your desired transaction type. 1.Balance 2.Deposit 3.Withdrawl 4.Quit 4 Good-bye. Solution /** * The java program that simulates ATM operations. * The program display a menu of choices. * The prompt to enter operation to perform * and then print the balance after the transaction * to console. * */ //AtmSimDoLoop.java import java.util.Scanner; public class AtmSimDoLoop { public static void main(String[] args) { //Create a Scanner class object Scanner scanner=new Scanner(System.in); //declare variables double balance=0; int userChoice; double deposit; double withdrawl; //set repeat =tr.

ya it will represent the HENRYS constant. .pdf

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You can think of the inner filled electron subshe.pdf

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You can think of the inner filled electron subshells as being deeper in layer compared to the outer unfilled orbitals. In order for bonding to occur, you need orbitals/subshells that are unfilled so other electrons can join in that subshell. If the subshell is filled you can\'t force an electron to go in it. This means the filled subshells are very stable and to make them unfilled, that is remove an electron, requires a lot of energy. But, unfilled subshells are already in the state that they can accept an electron and so you don\'t need to change their state. The filled electron subshells are \"happy\" the way they are so they don\'t partake in bonding. The outermost, valence electrons, are the ones who are the best candidate to take in another electron and it doesn\'t require as much energy. Solution You can think of the inner filled electron subshells as being deeper in layer compared to the outer unfilled orbitals. In order for bonding to occur, you need orbitals/subshells that are unfilled so other electrons can join in that subshell. If the subshell is filled you can\'t force an electron to go in it. This means the filled subshells are very stable and to make them unfilled, that is remove an electron, requires a lot of energy. But, unfilled subshells are already in the state that they can accept an electron and so you don\'t need to change their state. The filled electron subshells are \"happy\" the way they are so they don\'t partake in bonding. The outermost, valence electrons, are the ones who are the best candidate to take in another electron and it doesn\'t require as much energy..

They Show different colors on burning. .pdf

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Synthetic Fiber Construction in lab .pptx

Pavel ( NSTU)

Synthetic fiber production is a fascinating and complex field that blends chemistry, engineering, and environmental science. By understanding these aspects, students can gain a comprehensive view of synthetic fiber production, its impact on society and the environment, and the potential for future innovations. Synthetic fibers play a crucial role in modern society, impacting various aspects of daily life, industry, and the environment. ynthetic fibers are integral to modern life, offering a range of benefits from cost-effectiveness and versatility to innovative applications and performance characteristics. While they pose environmental challenges, ongoing research and development aim to create more sustainable and eco-friendly alternatives. Understanding the importance of synthetic fibers helps in appreciating their role in the economy, industry, and daily life, while also emphasizing the need for sustainable practices and innovation.

Francesca Gottschalk - How can education support child empowerment.pptx

EduSkills OECD

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Synthetic Fiber Construction in lab .pptx

Pavel ( NSTU)

Francesca Gottschalk - How can education support child empowerment.pptx

EduSkills OECD

The Roman Empire A Historical Colossus.pdf

kaushalkr1407

The Roman Empire, a vast and enduring power, stands as one of history's most remarkable civilizations, leaving an indelible imprint on the world. It emerged from the Roman Republic, transitioning into an imperial powerhouse under the leadership of Augustus Caesar in 27 BCE. This transformation marked the beginning of an era defined by unprecedented territorial expansion, architectural marvels, and profound cultural influence. The empire's roots lie in the city of Rome, founded, according to legend, by Romulus in 753 BCE. Over centuries, Rome evolved from a small settlement to a formidable republic, characterized by a complex political system with elected officials and checks on power. However, internal strife, class conflicts, and military ambitions paved the way for the end of the Republic. Julius Caesar’s dictatorship and subsequent assassination in 44 BCE created a power vacuum, leading to a civil war. Octavian, later Augustus, emerged victorious, heralding the Roman Empire’s birth. Under Augustus, the empire experienced the Pax Romana, a 200-year period of relative peace and stability. Augustus reformed the military, established efficient administrative systems, and initiated grand construction projects. The empire's borders expanded, encompassing territories from Britain to Egypt and from Spain to the Euphrates. Roman legions, renowned for their discipline and engineering prowess, secured and maintained these vast territories, building roads, fortifications, and cities that facilitated control and integration. The Roman Empire’s society was hierarchical, with a rigid class system. At the top were the patricians, wealthy elites who held significant political power. Below them were the plebeians, free citizens with limited political influence, and the vast numbers of slaves who formed the backbone of the economy. The family unit was central, governed by the paterfamilias, the male head who held absolute authority. Culturally, the Romans were eclectic, absorbing and adapting elements from the civilizations they encountered, particularly the Greeks. Roman art, literature, and philosophy reflected this synthesis, creating a rich cultural tapestry. Latin, the Roman language, became the lingua franca of the Western world, influencing numerous modern languages. Roman architecture and engineering achievements were monumental. They perfected the arch, vault, and dome, constructing enduring structures like the Colosseum, Pantheon, and aqueducts. These engineering marvels not only showcased Roman ingenuity but also served practical purposes, from public entertainment to water supply.

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