TRIDENT UNIVERSITY INTERNATIONAL Done By: Course # MAT201 Case Module 1 Introduction of Probability Instructor: 1. In a poll‚ respondents were asked if they have traveled to Europe. 68 respondents indicated that they have traveled to Europe and 124 respondents said that they have not traveled to Europe. If one of these respondents is randomly selected‚ what is the probability of getting someone who has traveled to Europe? Outcome: selecting someone who has been
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In the novel Paper Towns by John Green‚ Quentin Jacobsen is a senior in high school who is on a mission to rescue his runaway love and neighbor‚ Margo Roth Spiegelman. As children Margo and Quentin were inseparable‚ everything they did they did together. Margo and Quentin formed a bond that seemed unbreakable. But as time went on‚ and they grew apart‚ Quentin found his identity in doubt; he begins questioning himself. Quentin experiences a loss by losing a friendship he thought would be everlasting
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Australian Paper Manufacturers Introduction Australian Paper Manufacturers (APM) and Paper Company of Australia (PCA) were subsidiaries of the major Australian Corporations during 1986. APM specialized in producing paper packaging whereas PCA produced fine paper. Production activities were performed using chemical processes. The case mainly discusses how APM and PCA faced with environmental issues concerning the spilling of toxic chemicals produced by these chemical transformation processes.
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Montclair Paper Mill The "Deep Color" Grades Overview of the Company The Montclair Paper Mill‚ opened since 1892‚ is the oldest and smallest of the ten mills owned and operated by General Paper Company. Three months ago Tim Winton became the manager of the mill. Mr. Winton faced many challenges due to the legacy of previous leaders’ lack of management skills. While preceding managers did not focus on external business opportunities‚ Winton is determined to consider a broader perspective
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heart attack. If the patient survives the surgery‚ he has a 50% chance that the heart damage will heal. Find the probability that the patient survives and the heart damage heals. Let BS be the event that the patient survives bypass surgery. Let H be the event that the heart damage will heal. Then P(BS) = 0.60‚ and also we have a conditional probability: given the patient survives the probability that the heart damage will heal is 0.5‚ that is P(H|BS) = 0.5
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Never Events and Hospital Acquired Infections Hospital is the place to go when someone is sick and requires medical attention. It is shocking to know that one can contract diseases while in the hospital facility which were not present during admission. And that ‘Never Events’ which are preventable incidents such as wrong site surgery do occur in the hospital setting. How do we prevent hospital acquired conditions and never events from occurring in the hospital? It will be interesting to figure
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Probability theory Probability: A numerical measure of the chance that an event will occur. Experiment: A process that generates well defined outcomes. Sample space: The set of all experimental outcomes. Sample point: An element of the sample space. A sample point represents an experimental outcome. Tree diagram: A graphical representation that helps in visualizing a multiple step experiment. Classical method: A method of assigning probabilities that is appropriate when all the experimental
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handle Dependent Events Life is full of random events! You need to get a "feel" for them to be a smart and successful person. Independent Events Events can be "Independent"‚ meaning each event is not affected by any other events. Example: Tossing a coin. Each toss of a coin is a perfect isolated thing. What it did in the past will not affect the current toss. The chance is simply 1-in-2‚ or 50%‚ just like ANY toss of the coin. So each toss is an Independent Event. Dependent Events But events can also
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experiment. (b) Describe a possible relevant choice for the field F . (c) Define two events that are mutually exclusive. (d) Define two events that have a nonempty intersection. Problem 3 A photon counter connected to the output of a fiber detects the number of photons‚ {Ni ‚ i 1}‚ received for successive pulses generated by a laser connected to the input of the fiber. Specify which one of the following sequences of events‚ {Ek ‚ k 1} is increasing‚ decreasing or none. Very briefly explain why. (a) Ek
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[pic] [pic] A WINTER PROJECT REPORT ON “Sales performance of HPCL writing and printing paper – A study of Guwahati and Shillong market” A Dissertation submitted to (Session 2007-09) Submitted by: SAHNAJ RAHMATULLA LASKAR MBA 4TH SEMESTER STUDENT Roll No. MBA19/07 MBA N.E.H.U. Department of management Tura campus‚ N.E.H.U. (Meghalaya) Corporate Guide:
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