Answer:
![\left[\begin{array}{ccc}&January&February\\$beginning&45000&27500\\$receipts&97000&150000\\$disbursement&-114500&-163500\\$interest&0&0\\$subtotal&27500&14000\\$minimun&20000&20000\\$Financing&&\\$beginning&0&0\\$payment/loan&0&6000\\$ending&0&6000\\&&\\$ending cash&27500&20000\\\end{array}\right]](https://tex.z-dn.net/?f=%5Cleft%5B%5Cbegin%7Barray%7D%7Bccc%7D%26January%26February%5C%5C%24beginning%2645000%2627500%5C%5C%24receipts%2697000%26150000%5C%5C%24disbursement%26-114500%26-163500%5C%5C%24interest%260%260%5C%5C%24subtotal%2627500%2614000%5C%5C%24minimun%2620000%2620000%5C%5C%24Financing%26%26%5C%5C%24beginning%260%260%5C%5C%24payment%2Floan%260%266000%5C%5C%24ending%260%266000%5C%5C%26%26%5C%5C%24ending%20cash%2627500%2620000%5C%5C%5Cend%7Barray%7D%5Cright%5D)
Explanation:
On January we collect the 85,000 from revenues and the 12,00 form marketable securities.
Then, we add up each disbursement:
Materials 50000
Labor 30000
Overhead (net of depreciation) 19,500
Selling and administrative 15000
Total 114,500
Then we solve for the cash balance and get the blaance as it is higher than 20,000 we do not need financing
Then, this value is the beginning cash for February. As the ending balance is 14,000 we will take 6,000 financing to reach the bare minimum of 20,000
Answer:
YES - When marginal cost (MC) of production is increasing, the average variable cost (AVC) is increasing.
Explanation:
Marginal cost (MC) is the cost of producing an extra unit of output while Average variable cost (AVC) is the cost per unit of output produced.
When MC is below AVC, MC pulls the average down. This means that when MC is falling, AVC is falling
When MC is above AVC, MC is pushing the average up; therefore when MC is rising, AVC is rising.
The conclusion is that MC and AVC have a direct relationship and a rise in one will cause a rise in the other
, therefore when the marginal cost (MC) of production is increasing, the average variable cost (AVC) is increasing.
Answer:
Probability, P(n) = 3/8
Explanation: Let standard delivery be S and express delivery be E.
I) When the parcels were sent:
S(n) = 75/100 and E(n) = 25/100
II) When the parcels arrived:
S(n)← = 80/100 and E(n)← = 95/100
The probability a record of a parcel delivery is chosen, P(n) = S(n)*E(n) + E(n)*S(n) = 75/100*25/100 + 25/100*75/100
P(n) = 3/16 + 3/16 = 6/16
∴ P(n) = 3/8
Answer:
40%
Explanation:
The Dean company have a sales of $500,000
The break-even point in sales dollar is $300,000
Therefore, the company's margin of safety can be calculated as follows
Margin of safety= Sales-break-even sales/sales
= $500,000-$300,000/$500,000
= $200,000/$500,000
= 0.4×100
= 40%
Hencethe company's margin of safety percentage is 40%
