Utilization can be calculated using the formula utilization
= average output rate / maximum capacity.
Utilization = number of lots x setup time + processing time
x number of units / number of hours per day x working days per year
Utilization = [200 x 1 + (45/60) x 2000] / (8 x 215) = 1700 / 1720
Utilization = 0.9884
The utilization is 0.9884 or 98.84%. capacity cushion can be
calculated by subtracting the utilization from 1. The capacity cushion is 0.01163
or 1.17%
Answer:
$3,716,050
Explanation:
FV = PV × (1 + i)∧n
Present Value (PV) 3250000
Interest Rate (i) 0.015
Number of years (n) 9
(1 + 0.015) ∧ 9
3,250,000 x 1.1434
=$3,716,050
Explanation:
Recall from the case study that staff motivation has come to a low; most of them <em>"feel distressed". </em>One good quality of a leader is having the ability to motivate his//her employees. Hence, Laura's leadership skills could be most effective by trying to motivate her employees.
Her demanding schedule which requires frequent travel wouldn't allow her to properly manage the entire staff. Hence,<em> she should share her wealth of experience with the two managers, who in turn could then train the five members of staff they manage, by so doing she'll be building upon her leadership skill.</em>
Answer:
The present value of the bonds on January 1, 2018 is $84.63 million
Explanation:
8% coupon payment of bond for a period of 15 year at a discount rate of 10% is the an annuity. Value of this bond will be calculated by following formula
Coupon payment = 100 x 8% = $8 million annually = $4 million semiannually
Number of periods = n = 15 years x 2 = 30 periods
Yield to maturity = 10% annually = 5% semiannually
Price of bond is the present value of future cash flows, to calculate Price of the bond use following formula
Price of the Bond = C x [ ( 1 - ( 1 + r )^-n ) / r ] + [ F / ( 1 + r )^n ]
Price of the Bond = $4 million x [ ( 1 - ( 1 + 5% )^-30 ) / 5% ] + [ $100 million / ( 1 + 5% )^30 ]
Price of the Bond = $4 million x [ ( 1 - ( 1 + 0.05 )^-30 ) / 0.05 ] + [ $100 million / ( 1 + 0.05 )^30 ]
Price of the Bond = $4 million x [ ( 1 - ( 1.05 )^-30 ) / 0.05 ] + [ $100 million / ( 1.05 )^30 ]
Price of the Bond = $61.49 + $23.14 = $84.63 million
Answer:
The statement is: False.
Explanation:
The product orientation of marketing places special attention in the products firms want to offer. According to this approach, consumers buy products more than solutions, they are interested in product quality, and choose between one product and another according to the best quality they can acquire for the price they pay.
