<span>When museums charge a lower admission fee to students and senior citizens, this form of pricing is known as price discrimination.
Price discrimination is a way of changing the prices for something based on time of day, amounts sold, or who they are sold to. This type of discrimination is done to try and maximize profits in the largest way possible. </span>
Designing a supply chain that meets customer requirements and aligns with strategy to be more effective to be more responsive.
What is supply chain?
A supply chain is a group of people and businesses responsible for producing a product and getting it to the consumer. The raw material producers are the first links in the chain, and the last is the van that delivers the finished product to the customer. The importance of supply chain management can be seen in the reduced costs and improved productivity that come from an optimised supply chain. Companies work to enhance their supply chains in order to lower costs and maintain competitiveness. Each step taken to deliver a finished good or service to the customer is considered to be part of the supply chain. The process may involve obtaining raw materials, transferring them to the production stage, and then transporting the finished goods to a distribution facility or a retail location where the consumer may pick them up.
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Answer:
$50,000
Explanation:
Estimated Cost of New Equipment = $500,000
Useful life in years = 5
Estimated Residual Value = $50,000
Expected New Cash Inflows over life of asset = $700,000
Annual depreciation expense = (Estimated Cost of New Equipment-Estimated Residual Value)/Useful life in years
= ($500,000 - $50,000) / 5
= $450,000 / 5
= $90,000
Average annual cash flow = Expected New Cash Inflows over life of asset/ Useful life in years
= $700,000/5
= $140,000
Average annual operating income = Average annual cash flow - Annual depreciation expense
= $140,000 - $90,000
= $50,000
Answer:
No it wont have enough money to build a warehouse in two years.
Explanation:
Firstly we are given that the warehouse is $1 million so the company needs to save this amount of money in two years time.
We know that the company has invested $500000 to date therefore we need to calculate if this $50000 per quarter investment will cover the the other portion for $500000 to meet the warehouse cost of $1 million so we will use the future value annuity formula to calculate this which is :
Fv = C[((1+i)^n -1)/i]
where Fv will be the future value after two years of the $50000 investment
C is the periodic payment of $50000
i is the interest rate per period which is 6% per quarter
n is the number of periods the payment is done here it is 4 x 2years= 8 periods / investments of $50000 that will be done.
thereafter we substitute on the above formula:
Fv = 50000[((1+6%)^8 - 1)/6%]
Fv = $494873.40
then we combine this amount to $500000 to see if it reaches $1 million
$494873.40+ $500000 = $994873.40 which is close to the warehouse cost of $1 million but it does not reach it so the company wont have enough money to purchase the warehouse.