This is a depreciation method based on units of production.
The formula for this method is:
(original cost of equipment - salvage value) / number of units expected during useful life
Answer:
Explanation:
Given weekly demand = 1200 units
Number of weeks per year = 45
Annual demand (D) = weekly demand × number of weeks per year = 1200 × 45 = 54,000 units
Ordering cost(C) = $55
Holding cost (H) = 25% of purchase price = 25% of $3.20 = 0.25*$3.20 = $0.8
EOQ = √(2DC/H) = √[(2 × 54,000 × 55) / 0.8] = √(5,940,000/0.8) = √7,425,000 = 2,725 units
Answer is D - 2,725 units
Answer:
Market value of bond = 841.14
Explanation:
Explanation:
The value of the bond is the present value(PV) of the future cash receipts expected from the bond. The value is equal to present values of interest payment plus the redemption value (RV) discounted at the yield rate.
Value of Bond = PV of interest + PV of RV
The value of bond can be worked out as follows:
Step 1
Calculate the PV of interest payments
Semi annual interest payment
= 10% × 1,000× 1/2 = 50
PV of interest payment
A ×(1- (1+r)^(-n))/r
r- semi-annual yield = 14%/2 = 7%
n- 6× 2 = 12
= 50× (1-(1.07^(-12)/0.07
= 397.13
Step 2
PV of redemption Value
PV = $1000 × (1.07)^(-12)
= 444.011
Step 3
Price of bond
= 397.13
+444.01
=841.14
Market value of bond = 841.14
Answer: Practical intelligence
Explanation: In simple words, practical intelligence refers to the ability of an individual to shape and fit itself according to the demands of the environment.
In the given case, Martha worked with a company that had a casual and open atmosphere. But after joining employment in a bank she herself understood that different attitude will be needed there to work. She herself adjusted her personality and dressing as per the demand of the environment.
Hence from the above we can conclude that she is exhibiting practical intelligence.
It discourages investment from foreign sources
