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They expect to not be having to regulating the industry anymore, or concern them selves regarding regulations of the said industry.
Answer
D) compared to the EOQ, the maximum inventory would be approx 30% lower.
Explanation
EOQ = √(2*Co*D/Cc)
EPQ= √ (2*Co*D/(Cc*(1-x)))
x=D/P
D = demand rate
P =production rate
Co=ordering cost
Cc=holding cost
1) The production rate would be about double the usage rate.
hence, P = 2D
x=D/2D=0.5
EPQ= √ (2*Co*D/((1-0.5)*Cc))
EPQ= √ (2*Co*D/0.5Cc)
EPQ=√ (1/0.5)*EOQ
EPQ=√ (2)*EOQ
EPQ=1.41*EOQ
Hence, EPQ is around 40% larger than EOQ.
Ans.: c) EPQ will be approximately 40% larger than the EOQ.
2) Compared to the EOQ, the maximum inventory would be
maximum inventory = Q
EPQ = 1.41 EOQ
EPQ = 1.41*Q
Q=EPQ/1.41
Q=0.71 EPQ
Hence, compared to EOQ, maximum inventory in EPQ is only 70% of that in EOQ model.
Answer: $47 million
Explanation:
Pension expense arises as a result of the amounts owed to employees in relation to pension liabilities.
It is calculated by;
= Service Cost + Interest expense - Expected return on plan assets + Amortization of prior service cost + Amortization of net loss
= 48 + ( 440 * 5%) - 23
= $47 million
Answer:
7.85%
Explanation:
Face value of bond =$2000
Price of current bond= face value× 106.5% = $2130
Term= 25 years×2= 50 period
Coupon rate= 7%×1/2= 3.5%
Coupon amount= coupon rate×face value = $2000×3.5/100
=$70 for a period
YTM of bond= [coupon amount+ (maturity value-current price)/Term]/0.6×current price+0.4×maturity value]
YTM of bond= 6.487% per annum
Total market value of bond= 8,400bonds× $2130= $17,892,000
Market value of common stock= 275,000shares × 62.50= $18012500
Weight of common stock= 0.490009385
Weight of preferred stock= 0.023259294
WACC= Wd* Kd + Wc*Kc + Wp*Kp
= 0.486731321× 4.86525% +
0.490009385× 10.9624275+
0.023259294× 4.7368421%
=7.849%
= 7.85%(rounded)
Thus, WACC is 7.85%