Personnel management and human resource management

Reference no: EM13713269

Understand the difference between personnel management and human resource management.

Reference no: EM13713269

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Consider the classical adiabatic saturation process : Consider the classical adiabatic saturation process in which a stream of is mixed adiabatically and isobarically (T1)with a stream of liquid water in order (T2) to become a saturated air +water vapor mixture . Show that the adiabatic saturation tempe..

Transferred heat and the change in entropy : 1 kg of air is polytropically compressed reversibly from 5 bar to 10 bar from an initial temperature of 300oC. Find the transferred heat and the change in entropy. Take the polytropic index as 1.25.

Determine the final temperature and change in entropy : A tank with a fixed volume contains 1 kg of dry air at 200oC . If 200 kJ of heat is added to the tank determine the final temperature and change in entropy.

What is the magnitude of the force : You hang a book bag on a spring scale and place the bag on a platform scale so that the platform scale reads 23.7N. What is the magnitude of the force that Earth exerts on the bag.

Personnel management and human resource management : Understand the difference between personnel management and human resource management.

Convert benzene and propene in presence of oxygen to phenol : The cumene process is used to convert benzene and propene in the presence of oxygen to phenol and acetone via the following reaction. C6H6 +C3H6+O2 ____> C6H5OH +C3H6O. This reaction is carried out in with excess benzene and excess oxygen to ensure t..

Design a cam to move a follower at a constant velocity : Design a cam to move a follower at a constant velocity of 100 mm/sec for 2 sec and then return to its starting position with a total cycle time of 3 sec. Hint: Use a two-segment polynomial to describe the follower displacement.

What is his angular displacement during time interval : A child on a merry-go-round takes 4.6s to go around once. What is his angular displacement during a 1.0 s time interval

Calculate the exit temperature of the mixture : In a heating system, cold outdoor air at 4°C flowing at a rate of 4 kg/min is mixed adiabatically with heated air at 61°C flowing at a rate of 2 kg/min. Calculate the exit temperature of the mixture. Report your answer in [°C] and round your answer t..

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