Answer: Sub-goaling
Explanation:
Sub- goaling is defined as the process used in field of psychology where the a particular cluster of steps is provided with label in a function for achieving the complete goal. These step cluster are performed in step by step process for processing towards goal through sub-goal.
According to the mentioned scenario, dinner party is being planned through sub-goal manner as the steps for performing each task is divided according to day and time e.g- Laundry will be done on Thursday etc which will help in achieving party hosting goal easily by steps.
Answer:
In this situation where a younger supervisor is managing an older, more experienced subordinate I would recommend that the younger supervisor acknowledges the subordinates experience, and is upfront with them about any problems that may arise as this would create a smoother relationship between the two and would allow them to better work together. Specific to the case study, instead of simply firing him/her or giving him a warning I would advise him/her to speak with him/her about what he/she is not doing well, and see if he/she believes if that is something that he can change. If he/she admits that his/her current position is something that he/she can no longer be successful in then it is possible that the company could find another position for him/her, considering that he/she has been an intergral part of the company for many years, and there are people that are loyal to him/her.
Explanation:
People migrating from one place to another, new ideas being introduced. is this multiple choice? i’d say the last one if so
Answer:
effective rate of protection for the domestic is 46 %
Explanation:
given data
imposition = 20 percent
cost of material inputs = $100 per unit
world price = $175 per unit
solution
we get here Extra amount that is
Extra amount = world price × tariff mean ........................ 1
Extra amount = $175 × $20%
Extra amount = $35
and
So we get effective rate of protection for the domestic is
effective rate of protection = 35 ÷ (175-100)
effective rate of protection = 46 %
