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# How to apply the borel cantelli lemma property

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als of a successful compensation program Determine (from contextual variables) the most appropriate managerial strategy that should be employed in the organization Determine (from structural variables) the current managerial strategy currently operating in the organization, with a discussion on how the “gap” (if there is one) explains some part of the issues that the organization is having. The “gap” is the difference between the current versus appropriate managerial strategy. Apply expectancy theory to identify any issues with pay for performance – are incentives working at cross purposes between key positions? Are some incentives paying out too well in certain positions, while others aren’t paying out at all? Apply job content theory to the job family or group of jobs to help explain employee motivation issues including why the existing incentives either work or don’t work. Ideally, job content theory will be applied to those positions that will be included in the PKS grid. Document and analyze the sources and types of reward dissatisfaction present
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mpirical rule to answer the following question. A quantitative data set of size 100 has mean 40 and standard deviation 6 . Approximately how many observations lie between 22 and 58​?
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e room temperature of 25°C to the boiling point of water, which is 100°C. However, the stainless steel pot that the water is in will also heat up from 25°C to 100°C. This pot has a mass of 2 kg. The specific heat of water is 4181 Joules/kg - °C and the specific heat of stainless steel is 502 Joules/kg - °C. How much heat does the stove need to apply solely to the combination of the pot and the water in joules?
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motionless puck as shown on the picture above. The net force that the stick applies on the puck is 150N and the contact lasts for 7.5 ms. The mass of the puck is 166 g. A) (1 point) Calculate the acceleration of the puck under the influence of the net force. B) (2 points) Calculate the puck's change in momentum due to the impulse applied by the hockey stick. C) (1 point) What is the velocity of the puck once it leaves the stick? Puck travels over rough ice and comes to a stop after 25 m. The force diagram below shows all forces acting on the puck during that travel. Screen Shot 2020-11-02 at 2.04.05 PM.png D) (1 point) Calculate the work done on the puck by gravitational force. E) (1 point) Calculate the work done on the puck by normal force. F) (2 points) Calculate work done by friction force on the puck. CNX_UPhysics_09_03_HockeyPuck.jpg Now stationary, the puck (red) collides with a blue puck of the mass .332 kg moving to the left with velocity of 2.5 m/s. If collision is perfectly elastic calculate: H) (2 points) Total momentum of blue+red puck system before collision? I) (1 point) What is the total momentum of blue+red puck system after collision? How do you know? J) (2 points) What is the velocity of the blue puck after collision?
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1.AU MAT 120 Systems of Linear Equations and Inequalities Discussion

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