Answer:
The GDP will increase by $2,000 as a result of these transactions
Explanation:
When trying to calculate the increase in GDP caused by a series of transactions, we do not add all the transactions, instead we look at the price of the final good and that is the increase in GDP. In this case the final good is the necklace that the store department sells for $2,000 therefore we will only consider the final transaction. So the GDP will increase by $2,000 as a result of this series of transactions because the final good sold for $2,000.
If these were the given choices and I had to choose 2 answers.
<span>A. Use an assignment rule to notify product managers when opportunities are updated.
B. Create a Chatter group to share product information with the sales team, product managers, and customers.
C. @mention product managers in Chatter posts on relevant sales deals.
D. Add the opportunity team, product managers, and customers to libraries containing files relevant to sales deals.
My answers are:
</span>B. Create a Chatter group to share product information with the sales team, product managers, and customers.
C. @mention product managers in Chatter posts on relevant sales deals.<span>
</span>
Chatter group is real time. It is faster and more convenient to discuss product details that are needed to boost sales. Rather than looking for a product manager, one can simply post questions and clarifications on the chatter group and everybody can see the answers. It reduces redundancies.
Answer:
C. $17,500
Explanation:
1,300 / 200 = 6.5
we are going to hire between 6 and 7 welder as we are given the requirement <u>"for every 200 hours or fewer in a month"</u> we should round above and not below: 7 welder. Besides, we cannot hire "half" or "quarter" of an employee therefore we have to move between integer solutions.
Are there any answer options? I know the answer if you have options
Answer:
<em>The theoretical minimum number of workstations are five workstations</em>
Explanation:
Given the total time available per day = 480 minutes
the cycle time which is the time required or spent to produce a unit can be obtained as;
Cycle time = Total time / Demand per day
Cycle time = 480 / 80 = 6 minutes
hence 6 minutes is the cycle time for one unit.
The theoretical number of stations can be calculated thus;
Theoretical number of stations = Time for one unit / Cycle time
= 30/6 = 5 workstations
<em>Therefore the theoretical minimum number of workstations are five workstations</em>
