Location or which street they are on so if the people u are sending this to need to send something back then u should out your address.
Similar to manufacturing, services use methods that add value to the raw materials required to make the finished product. JIT emphasizes the process rather than the end result. Therefore, it may be applied to any set of processes, whether they are involved in manufacturing or providing services.
In the context of the industrial and service industries, the Just in Time (JIT) system: Companies use just-in-time (JIT) inventory strategies to boost productivity and cut waste by only ordering products when they are actually needed for manufacturing, which lowers inventory expenses.
Between service and manufacturing organizations, there are five key differences: the tangible nature of their output; production on demand or for inventory; production tailored to the needs of a particular customer; labour-intensive or automated operations; and the requirement for a physical production location.
In reality, though, service and industrial firms have a lot in common. Many manufacturers have their own service departments, and both industries need trained workers to run a successful organization.
Learn more about JIT here:
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It can fall between Federal Emergency Management Agency (FEMA) or the U.S. National Guard (depends if the head of government for said state declared the are as in a state of emergency.<span />
Answer:
C. workers with more years of formal schooling are less likely to be affected by ability, effort, and chance.
Explanation:
The <em>signalling theory in education</em> tells us that employees send "signals" to their employees regarding their education. In other words, employers are willing to pay higher wages to employees with additional years of formal schooling.
This means these qualified workers have their wage primarily defined by their education level, which does not always reflect their true skill-set (the output of ability and effort).
Answer:
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Explanation:
By definition the<em> atomic number </em>of an element is the<em> number of protons.</em>
The protons are the positevely charged particles in the nucleus of the atom.
The atomic number of an element is what uniquely identifies it. There are 118 known elements and all of them are represented in the periodic table. Then, there are 118 different atomic numbers.
The elements are arranged in the periodic table in increasing order ot atomic number.
For instance:
- The element with <em>atomic number</em> 1 is hydrogen (H). It is the first element in the periodic table, located in the upper left corner of the table. It has one <em>proton</em>. NONE other element has just one proton.
- The element with <em>atomic number</em> 2 is helium (He). It has two <em>protons</em>, is located at the upper right corner of the periodic table and NONE other element has just two protons.
- The element with <em>atomic number</em> 118 is Oganesson (Og). It is the last element in the periodic table. It is located in the bottom right corner of the periodic table. It has 118 <em>protons</em> and NONE other element has atomic number 118.
