Answer:
$165,000
Explanation:
The computation of the annual net cash flow is shown below:
But before that first we have to find the depreciation expense which is
= (Initial cost - Salvage Value) ÷ estimated life
= ($400,000 - $75,000) ÷ 5 years
= $65,000
Now the annual net cash flow is
= Depreciation expense + Net Income
= $65,000 + $100,000
= $165,000
We simply added the depreciation expense and the net income so that the annual net cash flow could come
Complete question reads;
Katie, a salesperson for Sol Computers, is faced with an objection from one of her prospects. The prospect says that the graphics of the computers do not meet his requirements. Katie listens to the objection and makes it known to her prospect that she has received the message. According to the LAARC method, which of the following should Katie do next?
(A) Continue listening
(B) Assess the objection
(C) Ask confirmatory questions
(D) Respond to the objection
(E) Change the subject of the conversation
<u>Answer:</u>
<u>(B) Assess the objection</u>
<u>Explanation</u>:
Remember, the LAARC method an acronym fully means;
Step 1: LISTEN,
Step 2: ACKNOWLEDGE,
Step 3: ASSESS,
Step 4: RESPOND,
Step 5: CONFIRM.
So, at this point according to the LAARC method, Katie should access the objection by getting a sense of why the prospect feels the computer does not meet requirements. Her ultimate goal is to try and ensure a sale of the computer.
Answer:
COGS= $5,910
Explanation:
Giving the following information:
Beginning inventory= 90 units at $19
Purchases 315 units at $20
Purchases 45 units at $22
Ending inventory= 150 units
First, we need to determine the number of units sold:
Units sold= 450 - 150= 300 units
Under the FIFO (first-in, first-out) method, the cost of goods sold is calculated using the cost of the first units incorporated:
COGS= 90*19 + 210*20= $5,910
Answer:
25.94%
Explanation:
Assume, Face value of bond =$1000
Purchase price of twenty year zero coupon bond = 1000/((1+i)^N)
. Where, yield = 5% =0.05
, N= number of years to maturity =20
==> Purchase Price = 1000/(1.05^20)
Purchase Price = 1000/2.65329770514
Purchase Price = $376.89
Selling Price after one year: 1000/(1+I)^19. Where i=yield=4%=0.04, N=19
Selling Price=1000/(1.04^19)
Selling Price = 1000/2.10684917599
Selling Price = $474.64
Rate of Return = (474.64/376.89) - 1
Rate of Return = 1.25935949481281 - 1
Rate of Return = 0.2594
Rate of Return = 25.94%
Answer:
Financial markets help to efficiently direct the flow of savings and investment in the economy in ways that facilitate the accumulation of capital and the production of goods and services.