Answer:
different time horizon
Explanation:
The time horizon is a certain time when a planned event/process expected to be finished. A different department can have different considerations/priorities when making the ideal time horizon. In this case, the marketing team wants the product released faster(in the first quarter) to capture market share as the main consideration. But the production team who responsible for the product quality wants more time to develop the product.
Answer:
(A). Customer value
Explanation:
<u>For a customer to obtain value or benefit from using a product, he or she must first make a sacrifice</u>, such as the amount of money spent or time taken to purchase the product.
Customer value refers to that <u>benefit the customer gets from using the product, compared to the sacrifice the customer makes to get it.</u>
These dashboards help teams keep track of the progress and success of company-wide metrics and enable management to make data-driven decisions on future business goals. Management dashboards may include graphs, images, tables, numeric data, and data from case studies, or a combination of these elements.
Answer:
Incomplete question
First aspect of the question is typed below.
The shape of the distribution of the time required to get an oil change at a 20-minute oil-change facility
is unknown. However, records indicate that the mean time is 2l.2-minutes, and the standard deviation 3.5 minutes.
Explanation:
Employees bonus $50
35 oil changes between 10:00 am to 12:00pm
n = 35
10% changes
So, the z - score can be calculated using
z-score = InvNorm(0.10)
z-score = -1.28
So, given that,
Standard deviation is 3.5minutes
σ = 3.5 minutes
Mean time is 21.2 minutes
μx = 21.2 minutes
Then,
σx = σ / √n
σx = 3.5 / √35
σx = 0.5916 minutes
Then, Z score can be written as
Z = (x - μx) / σx
-1.28 = (x - 21.2) / 0.5916
Cross multiply
-1.28 × 0.5916 = x - 21.2
-0.7573 = x - 21.2
x = 21.2 - 0.7573
x = 20.443 minutes
There is a 10% chance of being at or below a mean oil-change time of 20.44 minutes