<span>During the introduction stage of a product's life cycle, typically consumers are learning about the product. The product has just been launched and advertisements are made grabbing (hopefully) their new customers attention. During this stage, customers are getting filled with knowledge about a new product or service and how it can benefit them. </span>
Answer:
1. NPV calculation
Option 1 ( with Greewood fertilizer) : $2.256
Option 2 ( with Peter's Fertilizer) : $3.835
2. Rate of return calculation:
Option 1: 45.12%
Option 2: 95.875%
Option 2 should be chosen as it provides higher NPV.
Explanation:
1. The detailed calculation for each option is:
Option 1: Present value of sales proceed - initial cost = (8/1.05^2) - 5 = $2.256
Option 2: Present value of sales proceed - initial cost = (10/1.05^5) - 4 = $3.835.
2. The detailed calculation for each option is:
Option 1: NPV/Initial cost = 2.256/5= 45.12%
Option 2: NPV/Initial cost =3.835/10 = 95.875%
To assess which option should be picked with the assumption of infinite time horizon, NPV should be key driver. As Option 2 has higher NPV, Option 2 is chosen.
Answer:
yes :)
Explanation:
wisdom comes from experience intelligence doesn't
Answer:
$525,000
Explanation:
Calculation to determine what amount would it have recorded the equipment for on 6/30/2021
First step is to calculate the total interest for 10 months;
Based on the information given since the amount of $15,000 was the interest for 6 months in the year 2021 in which the note lasted for 10 months the total interest will be:
Total Interest = 10months/6months x $15,000 Total Interest=$25,000
Now let calculate 6/30/2021 Equipment
6/30/2021 Equipment=$550,000-$25,000
6/30/2021 Equipment=$525,000
Therefore what amount would it have recorded the equipment for on 6/30/2021 is $525,000
Answer:
Depreciable cost per mile= $0.37
Explanation:
Giving the following information:
Purchase price= $38,800
Salvage value= $1,800
Expected to be driven 100,000 miles over its estimated useful life.
<u>To calculate the depreciable cost per mile, we need to use the following formula:</u>
Depreciable cost per mile= (original cost - salvage value)/useful life of production in miles
Depreciable cost per mile= (38,800 - 1,800)/100,000
Depreciable cost per mile= $0.37
