Answer:
It will take 2.73 years to cover the initial investment.
Explanation:
<u>The payback period is the time required to cover the initial investment:</u>
Year 1= 0 - 2,400= -2,400
Year 2= 1,600 - 2,400= -800
Year 3= 1,100 - 800= $300
<u>To be more accurate:</u>
(800/1,100)= 0.73
It will take 2.73 years to cover the initial investment.
Product life cycle is important for a business to focus on the introduction stage then the growth stage because the products to gain distribution as the product is initially new in the market. The quality of product is not assured and the price of the product will also determine as low or high.
Explanation:
- The cost is going to be on a higher side.
- The sales will be slow since there is no awareness of the product.
- There might be little or no competition in the market.
- You make very little money of the product sold.
- Customer are to prompted to take initiate into the product.
- Demand has to be created.
- Marketing cost at the highest level because of recognition.
- Profit is received from product is very minimal.
- First impression is the last impression that impression is created
- In the introduction of the product.
Answer:
Economies of scale
Explanation:
As the production increases, the cost per unit of a single product type decreases.
Answer:
Clarissa needs to fund the growing perpetuity by $166666.67
Explanation:
A perpetuity is an investment that will give a future series of infinite payments so if the perpetuity gives you a periodic growth rate then you find the difference between the interest rate and the growth rate then use the perpetuity formula which is:
Pv = C/(i-g)
where Pv is the present value of the perpetuity which will be the initial investment.
C is the periodic payments that will be received in future in this case $5000
i is the interest rate given for the perpetuity which is 8%
g is the growth rate per fixed period which is 5%
thereafter we substitute on the above mentioned formula:
Pv= $5000/(8%-5%) then compute
Pv = $166666.67 which will be the initial investment for Clarissa to be paid $5000 per year until she dies.
Answer:
Explanation:
Given:
Current value, C = $60000
Assessed value, A = 30 percent of its current value
= 30% × C
Equalisation factor, E = 1.25
The tax rate is $4 per $100 of assessed valuation.
Assessed value, A = 30/100 × 60000
= $18000
Total assessed valuation = assessed value × E
= $18000 × 1.25
= $22500
Tax rate of $4/$100 × assessed valuation
Tax amount = tax rate × assessed valuation
= ($4 × $22500)/$100
= $900
