Consider the following figure- (a) Find the equivalent capacitance bet.docx

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A number of monks live in a monastery and they do not communicate in any way. Monks gather just once a day in the prayer hall; there are no mirrors and monks never see their own faces. A disease is ravaging the land; its first visible sign is a mark on the forehead of the victim. The disease causes no discomfort initially but it is eventually so painful that anyone who has acquired it will immediately commit suicide. A visitor one day announces: Solution there are a lot of variations to this. unfortunately, this is a bad variation since suicide depends on their own pain threshold, not on knowing if they have the disease. There\'s one about prisoners with hats, another about an island. however, assuming they commit suicide as soon as they realize they have the mark, and they trust the visitor not to lie, i\'ll do the first one. i see the other person is marked. two possibilities: 1) i have the mark, 2) i don\'t have the mark. Suppose 2). if i dont have the mark, the other person knows he has the mark since at least one of the two has it, and he will die immediately. However, he doesn\'t commit suicide. That must mean he\'s not sure if he has the mark. The only way he\'s not sure is because I also have the mark. So I die after i realize he\'s not dying. Since I waited before dying, he knows he has the mark as well, and dies afterwards. I\'ll let you do the rest. .

A number of monks live in a monastery and they do not communicate in a.docx

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A molecule or ion that donates the hydrogen in a hydrogen bond is a hydrogen bond donor A molecule or ion that binds to this hydrogen is a hydrogen bond acceptor. Specify the hydrogen bonding behavior of the 4 species below by selecting: donor for species that act as donors only acceptor for species that act as acceptors only both for species that act as both donors and acceptors neither for species that act neither as donors nor as acceptors. Hydrogen bonding behavior SiH3 ??? Hydrogen bonding behavior O: HN Hydrogen bonding behavior Hydrogen bonding behavior CH3 Solution The species which acts as a hydrogen acceptor must have a lone pair to attract the electron deficient H + ion. The species which acts as a hydrogen donor must be more electronegative than hydrogen so that bonding electrons are retained with the species and electron deficient H + ion is released. In the question, 1st species : Hydrogen bond behavior neither (no lone pair of electrons) 2nd species: Hydrogen bond behavior neither (no lone pair of electrons) 3rd species: Hydrogen bond behavior both ( Nitrogen is both acceptor & donor and oxygen is only acceptor) 4th species: Hydrogen bond behavior neither (no lone pair of electrons) .

A molecule or ion that donates the hydrogen in a hydrogen bond is a hy (1).docx

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A person talking produces a sound level of 65 dB at a distance of 50 cm suppose the sound spreads out uniformly over a sphere centered on the person how much power in sound is the person producing? A person talking produces a sound level of 65 dB at a distance of 50 cm suppose the sound spreads out uniformly over a sphere centered on the person how much power in sound is the person producing? A person talking produces a sound level of 65 dB at a distance of 50 cm suppose the sound spreads out uniformly over a sphere centered on the person how much power in sound is the person producing? Solution dB = 10 log(I/Io) 65 = 10 log (I / 10^-12) I = 3.16*10^-6 W/m^2 power = I*A = 3.16*10^-6*4pi*0.5^2 = 9.93*10^-6 W .

A person talking produces a sound level of 65 dB at a distance of 50 c.docx

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A metal plate is illuminated with light of a certain frequency. Which of the following determine whether or not electrons are ejected? (Several choices may be correct.) The thermal conductivity of the plate O The area of the plate The material of which the plate is made The intensity of the light O How long the plate is exposed to the light Solution Only one option is correct: The material of which the plate is made. All other factors are dependent on this. .

A metal plate is illuminated with light of a certain frequency- Which.docx

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A Martian leaves Mars in a spaceship that is heading to Venus. On the way, the spaceship passes earth with a speed v = 0.77c relative to it. Assume that the three planets do not move relative to each other during the trip. The distance between Mars and Venus is 1.20 Ã— 1011 m, as measured by a person on earth. (a) What does the Martian measure for the distance between Mars and Venus? (b) What is the time of the trip (in seconds) as measured by the Martian? Limit your answer to 2 significant digits. Solution the three planets can be thought to be stationary. distance between mass and venus=d1=1.2*10^11 m part a: using length contraction, distance measured by the martian=1.2*10^11*sqrt(1-(v/c)^2) =7.6565*10^10 m part b: time of the trip by martian=distance measured by martian/speed =7.6565*10^10/(0.77*3*10^8) =331.45 seconds .

A Martian leaves Mars in a spaceship that is heading to Venus- On the.docx

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a major change in our study of differing economic systems in the era of transition is a. the renewed importance placed on the polar extremes of plan and market. b. the renewed importance attached to mixed systems rather than polar extremes. c. a recognition of the limited importance of foreign trade in the study of different economic systems. d. none of the above. . the main reason why the overall distribution of family income may be more nearly equal under socialism is that a. socialism is always fairer than other systems. b. there are no returns to labor under socialism. c. earnings from capital and land accrue to society, not to individuals. d. all workers earn equal wages. Solution a major change in our study of differing economic systems in the era of transition is b. the renewed importance attached to mixed systems rather than polar extremes the main reason why the overall distribution of family income may be more nearly equal under socialism is that c. earnings from capital and land accrue to society, not to individuals. .

a major change in our study of differing economic systems in the era o.docx

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A leadership/motivation case is provided below. The case includes important leadership issues including, but not limited to, motivation, ethical decision-making, communication, establishing an organizational culture, and managing change. The case allows students to apply what has been learned in this course about leadership and motivation. Part I Required Elements to include in the Leadership Scenario: Two important considerations: Solution Leadership Theories Trait Theory This theory postulates that people are either born or not born with the qualities that predispose them to success in leadership roles. That is, that certain inherited qualities, such as personality and cognitive ability, are what underlie effective leadership. There have been hundreds of studies to determine the most important leadership traits, and while there is always going to be some disagreement, intelligence, sociability, and drive (aka determination) are consistently cited as key qualities. Skills Theory This theory states that learned knowledge and acquired skills/abilities are significant factors in the practice of effective leadership. Skills theory by no means disavows the connection between inherited traits and the capacity to be an effective leader .

A leadership-motivation case is provided below- The case includes impo.docx

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A kettle is filled with tap water and placed on a stove. The stove element is turned on. Explain why the water starts to boil after a while. Solution Water boil due a mode of transfer of heat is called convection. Explanation- Convection is mode of transfer of heat from one region to another due to bulk movement of particles of medium under the temperature difference. when stove is tuned on, heat reach from flame of stove to the container of water due to radiation. Now, heat moves from outer surface of bottom of container to inner side ( water side) due to conduction process. Since, bottom of container has the higher temperature to top surface. So, bottom part of water gains heat due to which its density decreases slighly comparision to the upper part of the water, because of which, these two parts of water ( upper and top) gain some movement. Since, any material moves from higher density to lower density under the gravity. By this way, upper part of water ( which has higher density comparision to lower) moves downward and bottom part of water moves upward taking the heat energy with themselves. Thus, a cycle forms. Bottom part moves upward taking the heat energy and top part moves downward. This process continues further. By this way, water boil when stove is turned on. .

A kettle is filled with tap water and placed on a stove- The stove ele.docx

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A photographer works part-time in a shopping center, 2 hours per day, 4 days per week. On the average,six customers arrive each hour,and the arrivals appear to occur independently of one another. Twenty minutes after she arrives one day,the photographer wonders what the chances are that exactly one customer will arrive during the next 15 minutes.Find this prbability 1) if two customers just arrived within the first 20 minutes and 2)if no customers have come into the shop yet on this particular day. Solution There were a number of loose ends from the first two series, and changes in the third series, that were explained off by a text intro to the first show of Series III. This was done in the form of scrolling text across outer space, in a parody of the introductions to the Star Wars movies. The loose ends included the return of Kryten, Lister being pregnant, delivering twins Jim and Bexley, who grow up in a matter of days, then wind up in the parallel universe with the female version of Lister. The regular cast changed for Series III: Robert Llewellyn came in as Kryten, and Hattie Hayridge replaced the departing Lovett. [26] Craig Charles, Chris Barrie and Danny John-Jules remained as Lister, Rimmer and Cat respectively. [27] The character of Kryten was originally intended as a one-off appearance in the series-two episode \"Kryten\", but had returned mainly to broaden the story potential. The show was becoming difficult to write for. At the insistence of Naylor, Kryten returned to complete the team. [28] They had approached David Ross with the intention of bringing him back to play the regular role of Kryten. Ross, however, was in a stage play Flea In Her Ear and was not available, so they went to see Robert Llewellyn. Llewellyn was also in a stage show called Mammon: Robot Born of Woman , playing a robot. They saw his performance and were impressedhis book actually began with another book .

A photographer works part-time in a shopping center- 2 hours per day-.docx

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Consider the following definitions for linked lists for problems 6 through 9. typedef int elementType; class LinkedList { public: LinkedList(); //other member functions . . . private: struct node { elementType data; node * next; }; node * first; }; 9. Write the method of the LinkedList class to calculate and return the range of the data values stored in an unsorted singly linked list. (Note: range = largest value â€“ smallest value). Note: If list is empty return 0. int LinkedList::range() Solution //function to calculate range in linked list int LinkedList::range() { elementType smallest,largest,range; // point to the beginning of the list node* ptr=first; //if list empty, return 0 if(ptr==NULL) return 0; //list is not empty //assume element in the beginning of the list is smallest smallest==first->data; //start from second element in list ptr=ptr->next; //traverse the list till end while(ptr!=NULL) { //compare smallest with the items in the list if(ptr->data<smallest) { //if any element is less than smallest //replace the smallest with that element smallest=ptr->data; } //move to the next node ptr=ptr->next; } largest=first->data; ptr=first->next; while(ptr!=NULL) { if(ptr->data>largest) { largest=ptr->data; } ptr=ptr->next; } //find range and return it range=largest-smallest; return range; } .

Consider the following definitions for linked lists for problems 6 thr.docx

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Consider the following chemical compounds. Classify each as either an IONIC or a MOLECULAR compound. ionic/ molecularÂ Â sodium chloride ionic/ molecularÂ Â carbon monoxide ionic /molecularÂ Â barium selenide ionic /molecularÂ Â strontium selenide ionic/ molecularÂ Â arsenic monoxide ionic /molecularÂ Â silicon monoxide Solution sodium chloride(NaCl) = ionic compound carbon monoxide(CO2) = molecular compound barium selenide (BaSe) = ionic compound strontium selenide (srSe) = ionic compound arsenic monoxide (AsO) = ionic compound silicon monoxide (SiO) = molecular compound if the compound is formed by the combination of meta,non-metal with electronegativity difference greaterthan 1.6 gives formation of ionic compound. and if,both are non-metals gives formation of molecular compound. .

Consider the following chemical compounds- Classify each as either an.docx

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Consider the plane R 2 and consider any two lines that pass through the origin. Are these lines subspaces of the plane? Are they isomorphic? Are they \"the same\"? Clearly the \"look different\", but mathematically, do they behave the same structurally? Thank you, Please show work Solution 1 . lines cannot be subspaces , they can be made boundaries of a sub space,In rough terms we can call them a subspaces of zero area. 2 . for two graphs to be isomorphic,the relation between output of one graph and input of the other graph must be a bijection.in easy terms for every value of input taken for 2nd graph from the output values of the first, there should be a unique output.as it is a real plane and both are straight lines passiing through orign,both lines are isomorphic 3 . They are absolutely not same but the behaviour will same as i)they have no intercepts ii) they have constant slopes these two propertes make them structurally similar .

Consider the plane R2 and consider any two lines that pass through the.docx

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Consider the following statements about the investment in working capital in a capital budgeting analysis: I. Working capital often increases as the result of higher balances in accounts receivable or inventory necessary to support a project. II. Working capital increases are sources of cash and should be included in a discounted-cash-flow analysis. III. The time 0 cash investment in working capital is included in a discounted-cash-flow analysis as a cash outflow. Which of the above statements is (are) correct? I only. II only. III only. I and II. I and III. Solution Option-E:- I & III is the correct answer ..100% sure . .

Consider the following statements about the investment in working capi.docx

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Consider the following method definitions intended to find the smallest integer value in the ArrayList parameter. You may assume that the array list contains at least one value. I. public static int findSmallest(ArrayList<Integerâ€º nums) { Integer small = nums.get(0); for (int i = 1; i < nums.size(); i++) { Integer tempSmall = nums.get(i); if (tempSmall.compareTo(small) < 0) { small = tempSmall; } } return small.intValue(); } II. public static int findSmallest(ArrayList<Integer> nums) { Integer small = nums.get(0); for (int i = 1; i < nums.size(); i++) { Integer tempSmall = nums.get(i); if (tempSmall.intValue() < small.intValue()) { small = tempSmall; } } return small.intValue(); } III. public static int findSmallest(ArrayList<Integer> nums) { int small = (nums.get(0)).intValue(); for (int i= 1; i < nums.size(); i++) { int tempSmall = (nums.get(i)).intValue(): if (tempSmall < small) { small = tempSmall; } } return small; } Which of the method definitions above will work as intended? a . I o n l y b . I I o n l y c . I and II only d . II and III only e . I, II, and III Solution a. I only II and III shows error .

Consider the following method definitions intended to find the smalles.docx

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Consider relations R and S as following and answer question- R A B 1 2 (8).docx

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