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I'd dip (dunk) that napkin in my glass of wine and ask the interviewer if that was close enough to the truth... Less
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I don't understand why a customer would need to know this, nor is it their right/ business to know. And without knowing the cooperate policy, I would direct them to speak to a manager. (Now I'm curious what this scenario constitutes 'paint') Less
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A lot
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Kept my hours when doing privated contracting. Also, kept items expenses.
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The vols add in quadrature, with the caveat that the interference term has the correlation factor in there. So: sig(port)^2 = x^2*sig(A)^2+(1-x)^2*sig(B)^2+2*x*(1-x)*sig(A)*sig(B)*rho(AB) Take the partial with respect to x and set that equal to zero. Solve for x and get: x = 6/7 Less
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I chose Costs thinking if you knew the marginal costs going forward you could work around the rest. Asked some classmates their thoughts some agreed others thought Sales would be better to know. Less
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I asked the team member to explain their opinion. No one is perfect, so keeping an open mind when listening to a team member’s response is key. There were times a team member could convince me they were right and other times when I could explain why my opinion may be the better option. Less
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to know the right way
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Convey to the right chanel
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I would start with emails, if that does not work, I would personally try to catch the supervisor and make sure I explain the situation or possible get the right advice I seek. Less
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12
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You can suppose there are n people in the room and think of them in a row. The first one has to shake hands with (n-1) people (because he doesn't have to shake hands with himself). The second one has already shaken hands with the first one, so he has (n-2) shakes remaining... and so on. So you have to sum: (n-1)+(n-2)+(n-3)+...+1= (n/2)*(n-1) Then you have to solve (n/2)*(n-1)=66 and you get n=12. Less
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n(n-1)/2=66 so n=12
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You don't need the test. The answer is given... 1% of the population has the disease... Answer: 1% Less
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1%. The first sentence gives you all the info you need.
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1% chance if using global population. Chances would decrease or increase depending on certain variable or demographic factors so I would say you need more data to give a specific answer. Things like age , gender , race , need to be taken into consideration if you are a 33 year old male and the subject disease is ovarial cancer then you have 0 percent chance . If you are a 40 year old nun and the disease is The clap you have less probably of being infected than say a 26 year old prostitute .. Less