True, because you don't everyone good at the same thing. For example, if you want to make a car, you don't want everyone to just know how to build doors.
Answer:
The production level that maximizes Silky's profit is 
ties.
Explanation:
Hi
First of all, as we have 
, we need to transcript it as price in function of the quantity so
Then we need to find income function that is 
. After derivate it 
.
The optimum level is when we have 
, therefore,
, as we clear it for 
we find that
, finally as we have that is measured in hundreds of ties, the production level that maximizes Silky's profit is ties.
Answer:
<u>Transactions:</u>
1. June 1 Monthly invests $3, 910 cash in exchange for shares of common stock in a small welding business.
2. June 2 Purchases equipment on account for 340.
3. June 3 $760 cash is paid to landlord for June rent.
4. June 12 Bills P. Leonard $410 after completing welding work done on account.
<u>Journal Entries:</u>
1.
June 1 Dr. Cr.
Investment $3,910
Cash $3,910
2.
June 2 Dr. Cr.
Equipment $340
Account Payable $340
3.
June 3 Dr. Cr.
Rent Expense $3,760
Cash $3,760
4.
June 12 Dr. Cr.
P. Leonard (Receivable) $410
Welding Service Revenue $410
Answer:
PV(after-tax net return in 7th year) = 70.55 (Approx)
Explanation:
Given:
Number of year = 7
Pre-tax net returns (Fn) = $100
Growth rate = 4% = 0.04
Inflation = 3% = 0.03
Marginal tax rate = 30% = 0.3
Discount rate = 10% = 0.1
Computation:
Fn = Fo(1+g)ⁿ = 100(1.04)⁷
Fn = 131.6
Nominal net returns = 131.6(1.03)⁷
Nominal net returns = 161.85
After tax return = 161.85 (1 - 0.3)
After tax return = 113.30
After-tax, risk adjusted discount rate = 0.1(1-0.3) = 7%
PV(after-tax net return in 7th year) = 113.30
(1+0.07)⁻⁷
PV(after-tax net return in 7th year) = 70.55 (Approx)
