Which ethnic groups were a part of the former YugoslaviaCroats, S.pdf

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Which ethnic groups were a part of the former Yugoslavia? Croats, Serbs, Bosnian Muslims, Macedonians Janjaweed Israelis, Palestinians, Arabs Hutu & Tutsis Croats, Serbs, Bosnian Muslims, Macedonians Janjaweed Israelis, Palestinians, Arabs Hutu & Tutsis Solution The ethnic group can be defined as a social category based on common culture or nationality. In other words, it can be said that an ethnic group is a category of people who recognize with each other based on similarities for example as a common ancestry, language, society, culture or nation. First Yugoslavia contains people of the Kingdom of Serbs, Croats and Slovenes (1918–29). Hence it can be said that the ethnic groups which were a part of the former Yugoslavia were Croats, Serbs, Bosnian Muslims, Macedonians. Hence option first is the correct answer. Option first; Croats, Serbs, Bosnian Muslims, Macedonians.

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Outline People & Culture of the Levant Thesis Statement: Despite the fact that some scholars say that the Levant state is heterogeneous, this research paper argues that the Levant is homogeneous. Furthermore, it also presents and analyzes cultural identities and differences between Syria, Lebanon, and Palestine after the mandate. The Levant exhibits the geographical, social, cultural, linguistic, religious and political patterns and structures of many civilizations. Highly diverse ways of life produced a broad array of possible social identities. Typical of the cities of the Levant was a mixed population. · Define culture. · Similarities between Palestinian, Syrian, and Lebanese cultures. · Identifying their differences. · Important cultural elements of each country. · Important key practices of each country. Syria: Part of the Levant being under the French mandate. Bilad Al Sham, Damascus. “Syria is ethnically fairly homogeneous (80 percent of the population is Arab).” · Traditional Food Examples: Syrian Kibbeh, Mezzeh (hummus, falafel). · Syrian Folk music and dance (Dabke), instruments used (darbouka, daf or riq). · Wedding: “The wedding starts the night before usually on Friday. A small party known as ‘khyapta d khitna ‘or shower of the groom is held in the groom’s house.” · Literature Poetic Influence: Nizar Qabbani. Lebanon: Part of the Levant being under the French mandate. Syria and Lebanon occupy the northern part of the Levant, bordering the eastern side of the Mediterranean Sea. · Traditional Food Examples: Kibbeh, Kafta, Kanafeh, Hummus, Fattoush, etc…. · One of the traditional and folk music and dance which can be named from Lebanon is Dabke. · Some traditional music instruments which are used in Dabke are oud (lute instrument), mijwiz (wind instrument), tablah , daff (both are drum instruments). · Literature Poetic Influence: Elia Abu Madi. Palestine:Palestine is home to Jerusalem, which is known as the Holy Land for all three monotheistic religions. It has been under occupation for over a century. It is rich in culture and is known for its traditions that have remained the same throughout time. It is considered the most homogenous nation of all Arabs. The name comes from Aramaic language which means blessed land. · Traditional food examples: Msakhan, Maklouba, Qidreh, Mjaddara, Mezzeh. · Dance and music: Palestinian dabke, folkloric music. · Some of the most common instruments used for dabke music are Oud, which looks like a pear-shaped guitar; mijwiz, which is a kind of reed clarinet; tableh, which is a hand drum; and tambourine. · Literature Poetic Influence: Taha Muhammad Ali. Similarities & Differences between Lebanon, Syria, and Palestine, such as: · Food (how conquers allowed food to spread and be similar between different cultures in the Levant?) · Music (how specific cultural or national music permitted the above countries to be diverse?) · Language (how sharing one language with different dialects make the.

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in C++ , Design a linked list class named IntegerList to hold a series of integers. The class must have public member functions for appending , inserting, deleting and displaying nodes. The append function must append a node to the end of the list. The insert function must insert node in ascending order. The delete function must delete the node with the given value. The display function should display the list from head to tail. The IntegerList class should also have a destructor that destroys the list and release memory. The list node must be declared as a structure using keyword struct. This structure is a private member of IntegerList. You should also store the head of the list as a private member. Write a test program to test the implementation your IntegerList class works properly. Solution Here is the code for the above scenario: #include using namespace std; struct ListNode { float value; ListNode *next; }; ListNode *head; class LinkedList { public: int insertNode(float num); int appendNode(float num); void deleteNode(float num); void destroyList(); void displayList(); LinkedList(void) {head = NULL;} ~LinkedList(void) {destroyList();} }; int LinkedList::appendNode(float num) { ListNode *newNode, *nodePtr = head; newNode = new ListNode; if(newNode == NULL) { cout << \"Error allocating memory for new list member!\ \"; return 1; } newNode->value = num; newNode->next = NULL; if(head == NULL) { cout << \"List was empty - \" << newNode->value; cout << \" is part of list\'s first node.\ \"; head = newNode; } else { while(nodePtr->next != NULL) nodePtr = nodePtr->next; nodePtr->next = newNode; } return 0; } int LinkedList::insertNode(float num) { struct ListNode *newNode, *nodePtr = head, *prevNodePtr = NULL; newNode = new ListNode; if(newNode == NULL) { cout << \"Error allocating memory for new list member!\ \"; return 1; } newNode->value = num; newNode->next = NULL; if(head==NULL) { cout << \"List was empty - \" << newNode->value; cout << \" is part of list\'s first node.\ \"; head = newNode; } else { while((nodePtr != NULL) && (nodePtr->value < num)) { prevNodePtr = nodePtr; nodePtr = nodePtr->next; } if(prevNodePtr==NULL) newNode->next = head; else newNode->next = nodePtr; prevNodePtr->next = newNode; } return 0; } void LinkedList::deleteNode(float num) { struct ListNode *nodePtr = head, *prevNodePtr = NULL; if(head==NULL) { cout << \"The list was empty!\ \"; return; } if(head->value == num) { head = nodePtr->next; delete [] nodePtr; } else { while((nodePtr!= NULL)&&(nodePtr->value != num)) { prevNodePtr = nodePtr; nodePtr = nodePtr->next; } if(nodePtr==NULL) cout << \"The value \" << num << \" is not in this list!\ \"; else { prevNodePtr->next = nodePtr->next; delete [] nodePtr; } } } void LinkedList::destroyList() { struct ListNode *nodePtr = head, *nextNode = nodePtr; if(head==NULL) { cout << \"The list is empty!\ \"; return; } while (nodePtr != NULL) { nextNode = nodePtr->next; delete [] nodePtr; nodePtr = nextNode; } } void LinkedList.

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In addition to the fossil record, what other kinds of evidence reinforce the evolutionary of life? You may want to use your textbook as a reference. Solution In addition to fossil record, application of Molecular Systematics is very much helpful for easy identification of fossilized organism. Molecular systematics involves comparisons of nucleic acids or other molecules to presume the degree of relatedness which can disclose phylogenetic relationships which usually cannot be determined by non-molecular methods like comparative anatomy. For example, molecular systematics helps us to uncover evolutionary relationships between groups and allow us to reconstruct phylogenic trees among groups of present-day organisms for which the fossil record is poor or lacking entirely. For example, the DNA that encodes for ribosomal RNA (rRNA) changes comparatively slowly. Therefore, comparisons of DNA sequences in these genes are valuable for investigating relationships between taxa that diverged hundreds of millions of years ago. Other molecular methods useful for determining phylogeny from fossil record include Nucleic acid sequencing, Genomic fingerprinting (RFLP) and Amino acid sequencing..

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How much 0.521 M NaOH will be needed to raise the pH of 0.161 L of 4.51 M ascorbic acid (H2C6H6O6) to a pH of 11.60? Solution pH of acidic buffer = pka2 + log(salt/acid) No of mol of ascorbic acid = 0.161*4.51 = 0.726 mol No of mol of salt = x mol pka2 = 11.6, pH = 11.6 11.6 = 11.6 + log(x/(0.726-x)) x = 0.363 NO of mol of NaOH required = 2x = 2*0.363 = 0.726 mol volume of NaOH must take = 0.726/0.521 = 1.4 L answer: 1.4 L.

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I am writing a program that places bolcks on a grid the the sape of different letters. It can also move the blocks and checks if they overlap. I have most of the test cases figured out except for four. Can someone help me out? Thanks in advance. output: input: output: input: output: I CAN ONLY MODIFY ONE FILE SHAPE.CPP #ifndef SHAPE_CPP #define SHAPE_CPP #include #include #include \"Shape.h\" using namespace std; // Constructor for O O::O(int posx, int posy) { x = new int[1]; y = new int[1]; x[0] = posx; y[0] = posy; } char O::name() const { return \'O\'; } int O::size() const { return 1; } // Constructor for I I::I(int posx, int posy) { x = new int[2]; y = new int[2]; x[0] = x[1] = posx; y[0] = posy; y[1] = posy+1; } char I::name() const { return \'I\'; } int I::size() const { return 2; } // Constructor for L L::L(int posx, int posy) { x = new int[3]; y = new int[3]; x[0] = x[2] = posx; y[0] = y[1] = posy; x[1] = posx+1; y[2] = posy+1; } char L::name() const { return \'L\'; } int L::size() const { return 3; } // Constructor for S S::S(int posx, int posy) { x = new int[4]; y = new int[4]; x[0] = posx; x[1] = posx+1; x[2] = posx+1; x[3] = posx+2; y[0] = y[1] = posy; y[2] = y[3] = posy+1; } char S::name() const { return \'S\'; } int S::size() const { return 4; } /* Constructor for X the constructor initialises the cell co-ordinates X is spread across 5 cells * * * * * The Numbering of cells is done from bottom-top and left to right (x[0], y[0]) is the position of bottom most cell (x[1], y[1]) is the position of left most cell of the 2nd row from bottom (x[2], y[2]) is the position of the middle cell in the 2nd row from bottom .... */ X::X(int posx, int posy) { x = new int[5]; y = new int[5]; x[0] = x[2] = x[4] =posx; x[1] = posx-1; x[3] = posx+1; y[0] = posy; y[1] = y[2] = y[3] = posy+1; y[4] = posy+2; } /* This function returns the name of type of object i.e it is a X, or L, or U ... */ char X::name() const { return \'X\'; } int X::size() const { return 5; } // Constructor for U U::U(int posx, int posy) { x = new int[7]; y = new int[7]; x[0] = x[3] = x[5] = posx; x[1] = posx+1; x[2] = x[4] = x[6] = posx+2; y[0] = y[1] = y[2] = posy; y[3] = y[4] = posy+1; y[5] = y[6] = posy+2; } char U::name() const { return \'U\'; } int U::size() const { return 7; } void Shape::print() const { //get the size of the object i.e no of cells across which this is spread int sz = size(); // get the type of object i.e O, L, X... char n = name(); cout< > st; int sz1 = t.size(); int sz2 = size(); for(int i = 0 ; i < sz1 ; i++) { st.insert(make_pair(t.x[i], t.y[i])); } for(int i = 0 ; i < sz2 ; i++) { if(st.find(make_pair(x[i], y[i]))!= st.end()) return true; } return false; } /* This function creates a new object of type ch */ Shape * Shape::makeShape(char ch, int posx, int posy) { if(ch == \'O\') return new O(posx, posy); else if(ch == \'I\') return new I(posx, posy); else if(ch == \'L\') return new L(posx, posy); else if(ch == \'S\') return new S(posx, posy); else if.

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How do teams bring value to an organization? How are high performing teams built? When a team is working well together and the project is proceeding as planned what can happen to derail even the high performing teams? Solution Teams are of important value to any organization as they determine not only the success of an organization but also the level with which the organization grow. 1. Teams bring about exchange of ideas which benefit the organization in terms of innovation as well as different ways of approaching difficulties. 2. Teams use the skill sets that come varied personalities to form a comprehensive part of the work force. 3. Teams help an organization to develop good communication and commitment values a factor that strengthens an organization both internally and externally. 4. Teams help organizations realize goals set through combination of effort. High performing teams are build through choosing of a visionary, enthusiastic and committed team leader. The leader then sets to choose a group of equally visionary, skilled and hard working individuals who are united and willing to work towards a common goal a process that entails forging of trust between the leader and the team. The team is then put through various projects in which it is expected to complete with utmost success a process which defines and makes the team better with team to a level of high performance. 1. Calamities such as sickness or death or a team member may derail the high performance. 2. Lack of motivation especially by the team leader may derail the high performance. 3. Laziness may be also stand as a factor especially when the teams assume that the set objectives have been achieved 4. Conflict amongst the team members or the team leader and members may derail the teams\' performance..

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discuss the rationale for the global harmonization of financial reporting and disclosure requirements Solution The focus and rationale of global harmonization of financial reporting and disclosure requirements is for achieving a level of compatibility for the statements. There is less complication for the companies and individuals to present the financial statements and its interpretations. The differences between financial reporting standards are erased with international harmonization of financial reporting. When there is achievement of international harmonization in finial reporting then it benefits countries and improves the access effectively for the financial market. The confidence and investor\'s K owned he is increased. According to Wiley (2000) even though the rationale behind harmonization is smooth preparation and presentation of financial statements; there may be differences based on the factors like taxation and political aspects. It focuses on creation of similar set of procedures with the help of boundary establishment and how they can differ globally. It also benefits accounting standards on national and international levels. The disclosure requirements include the information related to nature and the extent of risks which arises from financial instruments. The importance of financial instutments for the purpose of finial position and performance of entity. It includes financial assets, held to maturity investments, loans and receivables, sale assets etc..

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ble below to calculate the Gross Domestic Product uning the ral Gross Domestic Product? Fully explain your anower. (4 mak) or rea overnment expenditures on goods and service Wages, salaries and supplementary labour income 2,000 reciation nvestment 400 sumption expenditure et exports direct taxes 150 Solution Gross domestic product be expenditure method= consumption expenditure+ government expenditure+ investment+ net export =2200+500+400+(-50) =3050 This is the nominal GDP as well as real GDP because base year price and current year price is not given. Hence real GDP and nominal GDP will be same..

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Why are there bubbles in beer and champagne? Solution Bubbles of gas, typically carbon dioxide are produced from beer and champagne , rising to the surface. Because . yeasts ferment sugars and form carbon dioxide gas during fermentation. In the bottle, where the pressure is high, the carbon dioxide disappears. However, when you open the bottle and lower the pressure, the carbon dioxide escapes in the form of bubbles. In Champagne and other sparkling wines, the bubbles pop, while in beer, the bubbles remain and form the beer\'shead..

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