Answer:
If a company increases its final goods inventory level, that will increase the country's GDP even if the goods are not sold during the current period (they will be sold in future periods). Increases in inventory level are considered part of Investment component of the GDP.
If the inventories are not sold during the year (2018) and if they continue to be unsold during part of 2019, that will negatively affect the GDP because fewer goods will be purchased to replenish these inventories and the market price of the goods will also decrease. The market price of goods is determined by the supply and demand. If the supply is much higher than the demand and inventories start to pile up, their price will decrease in order to increase the quantity demanded. If the volume of the goods in inventory is significant enough, this should lower the inflation rate.
To find 20% of the value of the goods,
1,123 x 20% (this is the same as 1,123 x 0.2)
= 224.6
Add the salary and the commission,
425.00 + 224.6
= 649.60
Therefore Jill was paid $649.60 last week
Archer has been using BMW's marketing Web site. This is a <u>true</u> statement.
<u>Explanation</u>:
A website is a collection of web pages that provides content related to the search. Many businesses have separate website for featuring and selling their product.
In the above scenario, Stephanie was surfing marketing website of the BMW Company. She wishes to purchase a BMW convertible car. So she was saving money to purchase it. Stephanie spent many hours on the BMW website to study about the various options and models available in the car. She was also choosing the interior and exterior colors of the car.
Answer:
(a) 3.2
(b) 10 minutes
(c) 0.8
Explanation:
Mean number of customer in service:
= Arrival rate ÷ service rate
= 24 in 60 min ÷ 30 in 60 min
= 24 ÷ 30
= 0.8
a) Average number of people in line:
= (Mean number of customer in service × arrival rate) ÷ (Service rate - arrival rate)
= 0.8 × (24 ÷ 6
)
= 3.2
b) Average time spend at the ticket office is = 10 minutes
c) Proportion of time server is busy:
= Arrival rate ÷ service rate
= (24 in 60 min ÷ 30 in 60 min)
= 24 ÷ 30
= 0.8
