Answer:
$880.31
Explanation:
Here for computing the new price of the bond we use the present value formula i.e. to be shown in the attachment
Given that,
Assuming Future value = $1,000
Rate of interest = 8.6% ÷ 2 = 4.3%
NPER = 8 years × 2 = 16
PMT = $1,000 × 6.5% ÷ 2 = $32.50
The formula is shown below:
= -PV(Rate;NPER;PMT;FV;type)
So, after applying the above formula, the new price of the bond is $880.31
Businesses engage in research and development (R&D) when they want to produce new products or find ways to enhance the ones they already have. Larger businesses might have their own in-house research and development group that will evaluate and improve items or procedures prior to use in the marketplace.
The creation of new knowledge is what research and development do. It is a task that businesses carry out in order to create new goods, methods, or services, or to enhance ones that currently exist. Businesses frequently assume risk in order to achieve this.
While the development stage of research and development comprises the processes necessary to bring a new or modified product or process into production, applied research advances the findings of basic research to the point where they can be used to address a particular need.
For more information on research and development visit:
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Answer:
1. 4,350 helmets
Explanation:
1. The computation of the number of helmets is shown below:
= (Total fixed cost + operating income) ÷ (Contribution margin per unit)
where,
Contribution margin per unit = Selling price per unit - Variable cost per unit
= $76 - $44
= $32
So, it would be
= ($49,600 + $89,600) ÷ ($32)
= ($139,200) ÷ ($32)
= 4,350 helmets
2. The contribution margin income statement is presented below:
Sales (4,350 × $76) $330,600
Less: Variable cost (4,350 × $44) ($191,400)
Contribution margin $139,200
Less: Total Fixed cost ($49,600)
Operating income $89,600
Answer:
$1,088.12
Explanation:
The formula for calculating monthly repayments is as below.
M= P x <u> r </u>
1 − (1+r)−^n
where p is the loan amount = $220,000
r = 4.3per cent or 0.043 % interest rate per year,
on monthly basis r will be 0.043/12=0.00358%
n = 30 year, which is 30 x 12 months= 360 months
M= $220,000 x <u> 0.00358 </u>
1 - (1+0.00358 ) ^ - 360
M=$220,000 x<u> 0.00358 </u>
1- 0.2762
M = $220,000 x (0.00358 /0.7238)
M = $220,000 x 0.0049461
M = 1,088.12
Monthly payments will be $1,088.12
Answer: SEE EXPLANATION
A. 198.27 UNITS
B. 99.14 UNITS
C. 30.76 ORDERS
D. 8.12 DAYS
E. $1,784.43
Explanation:
Given the following ;
Annual order = 6,100
Carrying cost = $9 per unit per year
Ordering cost = $29
A) EOQ =sqrt[( 2 × Annual order × (ordering cost ÷ carrying cost)]
EOQ = sqrt[2 ×6100 × (29÷9)]
EOQ = sqrt(12200 × 3.22222222)
EOQ = 198.27 units
B.) AVERAGE INVENTORY :
EOQ ÷ 2
198.27 ÷ 2 = 99.14 UNITS
C.) Optimal number of orders per year:
Demand / order per year
6,100 ÷ 198.27 = 30.76 orders
D.) Optimal number of days between two orders:
Number of working days ÷ optimal number of orders
250 ÷ 30.76 = 8.12 days.
E.) Annual cost of ordering and holding inventory:
$198.27 × $9 = $1,784.43
