Answer:
0.0084
Explanation:
For this probability problem, we will have to make use of the normal probability distribution table.
to use the table, we will have to compute a certain value
z = (x- mean) /Standard deviation
z = 
= 2.39
Probability he has worked in the store for over 10 years can be obtained by taking the z value of 2.39 to the normal probability distribution table to read off the values.
<em>To do this, on the "z" column, we scan down the value 2.3. we then trace that row until we reach the value under the ".09" column. </em>
This gives us 0.99916
Thus we have P (Z < 2.39) = 0.9916
We subtract the value obtained from the table from 1 to get the probability required.
1 - 0.9916 = 0.0084
The Probability that the employee has worked at the store for over 10 years = 0.0084
Given:
ΔY = $5,000, the change in income
ΔS = 50,000 - 54,000 = - 4,000, the change in savings.
By definition,
MPS (Marginal Propensity to Spend) is
MPS = ΔS/ΔY = -4000/5000 = -0.8
The relation between MPS and MPC (Marginal Propensity to Consume) is
MPS + MPC = 1.
Therefore
MPC - 0.8 = 1
MPC = 1.8
Answer:
MPS = 0.8
MPC = 1.8
Answer: Option C
Explanation: In simple words, product focused process refers to the processes that focuses on producing the batch of similar products. These processes are usually used to manufacture products like paper rolls and light bulbs.
Under this process large units are produced of a similar product. Such processes require high fixed cost and low variable cost.
From the above we can conclude that the correct option is C.
managers can choose between three possible global ______, which range from selling the same product to introducing an entirely new product
(D) ask the callers name, number, and purpose of the call and tell him or her someone will call back in a few minutes.
The other answers do not look professional,as for answer D, the caller will feel you really care about him or her, since you have taken their contact detail and you have assured them someone will call them back shortly. It shows as a business you but your callers need first.
