Answer:
option (d) $200.00
Explanation:
Average total cost for 100 pairs = $2.50
Marginal cost for every pair = $10.00
Now,
Total cost = Fixed cost + Variable cost
or
Fixed cost = Total cost - variable cost
or
Fixed cost = (Average total cost × 100) - (Marginal cost × 100)
= ($2.5 × 100) - ($1 × 100)
= $250 - $100
= $150
thus,
Total cost to produce 50 pairs of oven gloves
= fixed cost + variable cost
= $150 + (50 × $1)
= $150 + $50
= $200
Hence,
option (d) $200.00
Answer:
Hie, the <em>price schedule is missing</em> from your question however the important principles are explained below.
a. The optimal order quantity
Optimum order quantity is the order level that results in minimum ordering costs and holding costs.
Optimum order quantity = √ (2 × Annual Demand × Cost per order) / holding cost per unit
b. The number of orders per year.
orders per year = Annual Demand / optimal order quantity
This calculates the number of orders to be placed during the year at the optimum order quantity.
Answer: allows him to reach over 90% of global internet users across more than three million apps and websites.
Explanation:
The options to the question are:
a. it allows him to reach over 90% of global internet users across more than three million apps and websites.
b. It allows him to identify valuable audiences and collect statistical usage data from the websites where his ad appears.
c. It allows him to select for new audiences and scale down his advertising to appear on specific websites that he chooses.
d. It allows him to isolate valuable audiences regionally and convert local sales the first time his ad is seen.
Display ad campaigns are often image, text-based, or video advertisements which allows users click-through to landing page and then take necessary action such as making a purchase.
It should be noted that using the display and campaign can help Bill reach over 90% of global internet users across more than three million apps and websites. This enable him reach a larger audience.