Reduction in Force

Today, many medical institutions are forced to reduce labor force due to economic downturn. Marshall and Broas (2009) points out that there is a possibility of legal risk every time a healthcare organization reduces its power (RIF). However, through appropriate planning and implementation, employers can minimize litigation risk (Marshall & Broas, 2009; Segal, 2001). Therefore, before reducing the labor force by 10%, it is necessary to take some measures to ensure success.

This is a pain if you face a more persistent cash contraction, but sometimes it is a necessary choice. Reducing power is a fact of the world of entrepreneurs, but that is not an easy decision. Unless carefully constructed, it is important to take secondary effects into consideration, as there is a possibility that a desert spiral may occur if the power is reduced. For example, reducing customer support can save you cash in the short term, but customer satisfaction gets lower, customer confusion increases and cash flow problems due to reduced revenue may worsen.

We are focusing on reducing the power of consensus rather than "end effect". It is important to reduce electricity and our work ranges from about 60% to 70%. If you imagine the frequency of dancers jumping (or otherwise hitting the floor) during their career, this reduction in strength can be attributed to the risk of impact damage such as splints of the humerus and stress fractures I will reduce it. My second point is that the performing arts, especially the dance floor, and the floor designed for sports are all different. Sadly, some architects, school managers, and producers do not know that there is a big difference between the resilient floor of the performing arts and the basketball court. If some floor makers confuse the market with "sports-friendly" products, it may be more difficult to solve the problem. Then add "and dance" as a retrofit.

The floor must match the change in force and it must be ± 5% or less. Dr. Luke Hopper and his colleagues studied the reduction in power change - he tested the stage the company is experiencing more damage than usual, and the decrease in power by the place you have landed in the stage It may be slightly higher from 20% to about 60% "This brings biomechanical problems to the dancers," he explained, as performers are pressing their bodies against the surfaces they expect . "I like to use analogy what happens when you land.When you hit concrete, this will affect your influence through your lower body