Answer:
C) supplier selection
Explanation:
The five stages of the business buying decision process are:
- Awareness and recognition: someone at the company identifies the need for a purchase.
- Specification and research: a detailed specification about what product is needed, quantity and technical requirements is elaborated. Using this information you start to search for potential vendors or suppliers that can offer the product.
- Request for proposals: vendors are contacted and you request them to send you their proposals regarding the products that you are looking for.
- Evaluation of proposals: the buying team must evaluate the proposals received form the potential vendors and select the most appropriate one.
- Order and review process: Price ans selling terms are negotiated, he order is placed and finally the products received are controlled to check that they meet the specifications.
Answer:
FV= $240.08
Explanation:
Giving the following information:
Sue now has $125.
Number of periods= 8 years
Interest rate= 8.5% with annual compounding
<u>To calculate the future value of the investment, we need to use the following formula:</u>
FV= PV*(1+i)^n
FV= 125*(1.085)^8
FV= $240.08
Answer:
D) 3.48
Explanation:
Current Year Sales = $700
Growth rate = 15%
Projected Sales=$700*15% +$700
Which is $805
Required inventory = $30.2 + 0.25*projected sales
Req.Inv = $30.2 + 0.25($805)
Req.Inv = $231.45
Inventory turn over = projected sales/Req.inv
$805/$231.45
Inventory turn over = 3.48 times
Answer:
$800 million
Explanation:
GDP = consumption (C) + investment (I) + government spending (G) + Net Export (NX)
Y = C + I + G + NX
The number of computers left is
= 1,000,000 - 200,000 (household) - 300,000 (businesses) - 300,000 (government) - 100,000 (Foreign)
= 100,000
This worth 100,000 × $2,000 = 200 million
300,000 computers × $2,000 = 600 million
Total of these two = 200 + 600 million
= 800 million
Therefore, the value of the investment component of GDP is $800 million.
To solve:
If we assume there are 30 days in the month then the policy was held by the original owner from November 1st – May 15th which is 195 days. Assuming there are 30 days in the month there are 360 days in the year and that is equal to 1,080 for the insurance policy. If we divide the price of the policy, $1,164 by the amount of days the policy will be held for 1,080 then the policy is worth $1.08 a day. Next, take the amount of days the original owner held the policy and multiply it by the amount per day the policy costs (195)($1.08) = $210.60 Then, we need to subtract $210.60 from the full cost of the policy ($1,164 - $210.60) = $953.40 The buyer should pay the seller $953.40 at closing.
