1) So you don't go over your limit
2) learn how to not spend your money all at one tme
Answer:
Different personal and cultural traits can explain why even though we know that planning our activities help a lot, we rarely do it.
Japanese society is extremely structured and they plan everything. There incredible economic success is the result of that. Once I was travelling on the same tour bus as a group of Japanese tourists, and their tour guide requested them to give him their schedules since being on vacations meant not following a plan. The tourists got all anxious and nervous because they were going to do something different, which was scary for them.
That day I started to question myself as to why I rarely plan things, and on the next days I really tried to do it, but I failed. One of the reasons I failed was that I was the only one planning what to do, no one else at work was. I felt like Cameron Diaz when she was making plans about where she should be planning on how to have fun. It was really boring, that is the reason why Japanese don't have children or even girlfriends, its easier to plan what to do with a doll.
There is something nice and good about being spontaneous, although sometimes I still feel that I need to plan a little more.
Because, who ever signs a non disclosure form , an employee must not disclose any info. regarding the company they work for, especially in health care...
The choices are 1) wind speed 2) air pressure 3) cloud cover 4) relative humidity. The answer is 2) air pressure. This can be interpreted by a barometer. The change in air pressure has an effect the storm. It can also tell a forecast of a coming weather. The drop in air pressure can also indicate that there is a low pressure.
source: //www.rcsdk12.org/
Answer:(a) The correct answer is (D) All of the above
b) : The correct answer is option (B). (c) : The correct answer is option (A). (d) : The correct answer is option (B) (e) : The correct answer is option (C)
Explanation:
Cost Estimating Relationship or “CER” means a mathematical expression of varying degrees of complexity expressing cost as a function of one or more variables.
The relationship may utilize cost-to-cost variables, such as quality assurance hours to manufacturing hours, cost-to-non-cost variables, such as engineering hours to the number of engineering drawings, or non-cost to non-cost, such as pounds of thrust to weight.
Variables can be referred to as, numerator and denominator, dependent and independent, or pool and base.
