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Contracts -content– Situation 1 Sam was getting along in years and wanted to provide for his grandson Dave’s future. Over dinner one evening, Sam asked Dave what he would like Sam to leave him after Sam died. Dave replied that he was very fond of Sam’s 1957 Thunderbird. “Very well,” said Sam, “I will change my will to leave you the Thunderbird.” “Thanks, Grandpa,” Dave replied. “I’ll make you proud.” Question 1 True or False: Sam and David formed a contract obligating Sam to amend his will to leave the Tbird to Dave. Answer True or False and provide legal support for your conclusion. Situation 2 Suppose that Dave was a reckless 21-year old who was, in Sam’s opinion, a bit too fond of cold beer, high stakes poker, and fast cars. Sam promised to will the Thunderbird to Dave if Dave would refrain from drinking and gambling and avoid speeding tickets for the rest of Sam’s life. Dave promised to refrain from drinking and gambling and to avoid speeding tickets for the rest of Sam’s life. Question 2 Select the best answer and provide legal support for your selection: A bilateral contract is formed. Sam must change his will. A unilateral contract is formed. Sam is under no obligation to change his will. A unilateral contract is formed. Sam must change his will. A bilateral contract is formed. Sam is under no obligation to change his will. Situation 3 Suppose that, in addition to promising to refrain from drinking and gambling and to avoid speeding tickets for the rest of Sam’s life, Dave actually did as he promised for the rest of Sam’s life. Question 3 True of False: Sam and David formed a contract obligating Sam to amend his will to leave the Tbird to Dave. Answer True or False and provide legal support for your conclusion. Situation 4 Returning to the facts of Question 2, suppose that Sam promised to will the Thunderbird to Dave if Dave would promise to refrain from drinking, gambling, and speeding for the rest of Sam’s life. Dave replied that he promised to refrain from drinking, gambling, and speeding for the rest of Sam’s life. Question 4 Select the best answer and provide legal support for your selection: A bilateral contract is formed. Sam must change his will. A unilateral contract is formed. Sam is under no obligation to change his will. A unilateral contract is formed. Sam must change his will. A bilateral contract is formed. Same is under no obligation to change his will. Situation 5 When Sam’s regular nurse told Sam that she required back surgery and that the doctor estimated it would take at least six months for her to recover sufficiently to resume work, Sam sought to hire Jill to be his nurse for a period of up to six months, or until Sam’s regular nurse became physically able to resume her duties. In exchange for Jill’s services, Sam promised to either (1) pay Jill $5,000 per month or (2) provide Jill’s family with suitable rent-free housing for as long as Jill was Sam’s nurse. Question 5 Sam made alternative promises to Jill as consideration for her services. Sam was able to choose between the two alternatives, yet a valid contract was formed. Why? PLACE THIS ORDER OR A SIMILAR ORDER WITH US TODAY AND GET A GOOD DISCOUNT
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College Algerba -content– Assignment 1 The function P(t) = 145e-0.092t models a runner’s pulse, P(t), in beats per minute, t minutes after a race, where 0 = t =15. Graph the function using a graphing utility. TRACE along the graph and determine after how many minutes the runner’s pulse will be 70 beats per minute. Round to the nearest tenth of a minute. Verify your observation algebraically. Assignment 2 Use the numbers shown in the bar graph below to find the total cost of tuition and fees at public colleges for a four year period from the school year ending in 2007 through the school year ending in 2010. b. The model an = 395n + 5419 describes the cost of tuition and fees at public colleges in academic year n, where n = 1 corresponds to the school year ending in 2007, n = 2 to the school year ending in 2008, and so on. Use this model and the formula for Sn to find the total cost of tuition and fees at public colleges for a four-year period from the school year ending in 2007 through the school year ending in 2010. How does this compare with the actual sum you obtained in part (a)? PLACE THIS ORDER OR A SIMILAR ORDER WITH US TODAY AND GET A GOOD DISCOUNT
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Leadership and Power Paper -content– Write a 700- to 1,050-word paper on the interaction among leaders’ sources of power, motives, and influence tactics according to the following criteria: Describe power and explain how it relates to leadership. Describe the various types of power. Describe the relationship between influence and power. Cite a minimum of three references other than the text and the white paper. PLACE THIS ORDER OR A SIMILAR ORDER WITH US TODAY AND GET A GOOD DISCOUNT
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Discrete math -content– 1. Consider the set ð‘†={(ð‘¥1,ð‘¥2,…,ð‘¥ð‘›)?ℤð‘›|ð‘¥ð‘–=0 ð‘Žð‘›ð‘‘ ð‘¥1+ð‘¥2+⋯+ð‘¥ð‘›=ð‘˜ð‘š}. Throughout the problem assume that ð‘˜,ð‘š?ℤ and ð‘˜=2,ð‘š>0. a. Assume ð‘˜=2. Describe a method of counting the number of elements in 𑆠whose entries are all even. (that is, explain how to count the number of ordered non-negative solutions to ð‘¥1+ð‘¥2+⋯+ð‘¥ð‘›=2ð‘š in which all the ð‘¥ð‘– are even) b. Assume that ð‘š=ð‘›=3. If you randomly select an element of S, what is the probability that its coordinates are all equivalent ð‘šð‘œð‘‘ ð‘˜? Hint: there are two distinct cases to consider – ð‘˜|ð‘› and ð‘˜âˆ¤ð‘›. 2. Consider the set of vertices, ð‘‰={1,…,ð‘›}. The set ðºð‘›={(ð‘–,ð‘—)?ð‘‰×ð‘‰|ð‘–<ð‘—} represents a graph. (recall the definition from class that an ordered pair represents an edge between ð‘– and ð‘—) a. For which values of ð‘› does ðºð‘› contain an Eulerian circuit? b. How many distinct Hamiltonian circuits does ðºð‘› contain? Hint: it might be more intuitive to count Hamiltonian paths and then investigate how many circuits each of these paths can extend to. 3. Let ð‘ƒ={ð‘?â„• | ð‘>2 ð‘Žð‘›ð‘‘ ð‘–ð‘“ ð‘=ð‘Žð‘ ð‘¡â„Žð‘’ð‘› ð‘Ž=1 ð‘œð‘Ÿ ð‘=1}. a. Find the equivalence classes of 𑃠under congruence ð‘šð‘œð‘‘ 4. b. If ð‘?𑃠and ?ð‘¥,ð‘¦?ℤ such that ð‘=ð‘¥2+ð‘¦2, which of the equivalence classes listed in part a) is ð‘ an element of? Hint: recall that if ð‘Ž=ð‘ ð‘šð‘œð‘‘ ð‘› and ð‘=ð‘‘ ð‘šð‘œð‘‘ ð‘› then ð‘Ž+ð‘=ð‘+ð‘‘ ð‘šð‘œð‘‘ ð‘› and also ð‘Žð‘=ð‘ð‘‘ ð‘šð‘œð‘‘ ð‘›. PLACE THIS ORDER OR A SIMILAR ORDER WITH US TODAY AND GET A GOOD DISCOUNT
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