Answer:
$42.50
Explanation:
Here, buying a put option means that the option holder will gain when the share price falls below the strike price.
Strike price is $55
Premium paid is $1.75 per share
Premium paid = $1.75 * 10 = $17.5
Shares are selling for $49
=> $(55- 49) * 10 contracts = $60.
So, net profit = $60 - $17.5 = $42.5
Answer:
Materials 187,230
Conversion 182,200
Explanation:
FIFO method, from the started units we will add the reamining work onthe beginning WIP invnetory and subtract the undone part of the ending WIP inventory
Materials
Started units 176,000
October 1st 27,000 x (1 - 57%) = 11,610
October 31th 20,000 x (1-81%) = (380)
Equivalent Units 187,230
Conversion
Started units 176,000
October 1st 27,000 x (1 - 33%) = 18,000
October 31th 20,000 x (1-41%) = (11,800)
Equivalent Units 182,200
Ion really get your question
Answer:
The correct answer is $55.42.
Explanation:
According to the scenario, the computation of the given data are as follows:
Boxes use = 96 boxes
Cost = $4 per box
Staple cost = $20
Carrying cost = $0.80
So, we can calculate the annual cost of ordering and carrying by using following formula:
Annual cost = (EOQ ÷ 2) × Carrying cost + (Boxes use ÷ EOQ) × Staple cost
Where, EOQ = ( 2 × 96 × 20 ÷ 0.80)^1/2 = 69.28
So, by putting the value, we get
Annual cost = ( 69.28 ÷ 2) × $0.80 + ( 96 ÷ 69.28) × $20
= $27.71 + $27.71
= $55.42
<span>I think that this could prove to be a good service to provide to the people, but I would want to know the cost of implementing the idea first. For example, if the park already has some sort of speaker system installed, then the idea would not cost a lot of money and would be feasible. On the other hand, if there are not already speakers, how expensive will it be to provide the music to the people standing in line? I like the idea being proposed, because it could keep those waiting in line entertained.</span>