Answer:
The correct answer is B.
Explanation:
Giving the following information:
The company uses the activity rates to assign overhead costs to products:
Processing customer orders $96.63 per customer order
Assembling products $2.45 per assembly hour
Setting up batches $58.89 per batch
Last year, Product F76D involved 9 customer orders, 436 assembly hours, and 26 batches.
Allocated overhead= 9*96.63 + 436*2.45 + 26*58.89= $3,469.01
Answer:
Yes
Explanation:
Yes, this is normally a good investment for a company but some factors do need to be considered. The first one being, whether or not the product/service you are going to promote has a customer base within the population of visitors to the stadium. If so, then you need to consider how big this targeted audience is and if a small portion of these individuals purchases your product will it cover the costs of the investment. On average, a stadium holds roughly 70,000 individuals, multiply this by the number of events in the stadium during the time period of your ad and you can get an idea of the number of individuals that will be exposed to your ad and whether or not it is worth it for the company. Yet, on average it is usually a good investment.
Answer:
opportunity cost, the elderly woman is alsotaking a cost by not doing nothing as it renounce to doing the walks to obtain safety at home.
Under economics concepts everything has at least one opportunity cost associated with it.
Explanation:
The opportunity cost represent the best alternative we renounce for the given course of action or use of the resources.
In this case not going to walk has the cost walking.
Answer:
Final Value= $502,257.52
Explanation:
Giving the following information:
You decided to contribute $500 a month into a fund that is expected to earn 6 percent, compounded monthly. You start the contribution a month from today for 30 years.
To calculate the final value, we need to use an alternative version of the final value formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit= 500
n= 30*12= 360
i= 0.06/12= 0.005
FV= {500*[(1.005^360)-1]}/0.005= $502,257.52
