As a handy tip, we were told that in order to convert the lease factor of a certain amount or transaction to interest rate, we just have to multiply the value by 2, 400.
interest rate = (0.00065)(2400) = 1.56%
Thus, the answer for this item is 1.56%.
Answer:
period of the sale of the product.
Explanation:
As we know that
When we purchase the product in most cases the product warranty comes along with it
So if there is a case of damage or repair than it would be replaced with the new product
Plus the cost of the product warranty should be included as an expense in the period when the product is sold as it is attached to the product and the same is charged by the customer
The function in a reverse logistics process that takes used goods from customers and distributes them to the production process or to distributors and retailers is the returns processor.
<h3>What is reverse logistics?</h3>
In order to recapture value and put a stop to the product's lifespan, reverse logistics is the set of operations that are carried out following a sale. Usually, this entails sending a product back to the maker or distributor, or sending it somewhere else for repair, recycling, or servicing.
Reverse logistics, on the other hand, refers to any process that is carried out after a product has been sold. When a product is determined to be flawed, for instance, it is returned to the manufacturer for inspection, testing, repair, disassembly, recycling, or appropriate disposal.
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Answer:
3.6%
Explanation:
The computation of the alpha for the informed investors is shown below:
As we know that
Expected rate of k = Risk free rate of return + Beta × (Market rate of return - Risk free rate of return) + Alpha
16% = 4% + 1.4 × (10% - 4%) + Alpha
16% = 4% + 8.4% + Alpha
16% = 12.4% + Alpha
So,
Alpha = 3.6%
We simply applied the above formula to determine the alpha
Answer:
B) 8.65%
Explanation:
Geometric Average Return = [(1 + r1) * (1 + r2) * - - - - - * (1 + rN)]1/N - 1
Geometric Average Return = [(1 + 0.10)^10 * (1 + 0.06)^5]^1/15 - 1
Geometric Average Return = [1.10^10 * 1.06^5]^1/15 - 1
Geometric Average Return = [2.59374*1.33823]^1/15 - 1
Geometric Average Return = (3.471021)^1/15 - 1
Geometric Average Return = 1.08650188155 - 1
Geometric Average Return = 0.08650188155
Geometric Average Return = 8.65%
