Available options:
A. determine the sequence in which customers will be called on.
B. use existing transportation facilities.
C. minimize non-selling time.
D. determine duration of sales calls.
E. provide salespeople with an opportunity to plan their own routes and schedules
Answer:
Option C. Minimizing non-selling time.
Explanation:
The reason is that sales reps must lower their non selling time as this makes them inefficient for the company and would also increase their loss of time and commission. So every sales representative acknowledges his primary goal to decrease the non selling time which means he is trying to make sale.
Answer:
A beginning of a great business
Explanation:
Not for sure that the answer
Answer:
Assemble to order
Explanation:
The reason is that the customer places the order and all Dell does is just assemble the product and deliver it to its customers. Dell is using just in time mechanism and has all of its chips manufacturing, LED manufacturing, etc production facilities interconnected. Even its suppliers are close to its production sites. This enables Dell to produce products that the customer is desiring. So assembling products by just after taking the customer orders is "assemble to order mechanism".
Answer:
Why did you choose to become a mechanic?: Practice your interviewing skills.
In what ways is my résumé lacking if I want to
find a position as a mechanic?: Get advice and information.
Can I contact you with any other questions
that I may have?: Build your professional network.
Explanation:
Plato
Answer:
50,000
Explanation:
Hughes Corporation can calculate the incremental cash outflow required to acquire the new machine by just deducting the sales proceeds from the cost of the new machine.
DATA
New machine = $150,000
Old machine = 100,000
Cash outflow per year (18,000 - 10,000) = 8,000
Salvage value = 25,000
Annuity factor = 8%
Solution
Incremental Cash outflow = Cost of new machine - Sales proceeds from old machine
Incrementa Cash outflow = 150,000 - 100,000
Incremental Cash outflow = $50,000
