Answer:
- <u><em>jkldgnjsdkgn</em></u>
Explanation:⇒
klhntghuhu9ngrjnjvnvgrn868686g0jhhghh9u0h9hhgh09gbg9b00u9gb0buh9bu0b0u0ubb0u0bu09tni04in0ni0gnni09tni09gn0in0n0in0in0i0n0n0gn0n0gn0i4tn04ntn
Answer:
variable cost per bushel = $0.18848
total fixed costs = $6,652
Explanation:
we can use the high-low method of accounting to determine the variable and fixed costs:
- highest activity cost = $25,500
- highest activity level = 100,000 bushels
- lowest activity cost = $7,500 (*doesn't make sense to use $75,000)
- lowest activity level = 4,500
variable cost per unit = (highest activity cost - lowest activity cost) / (highest activity units - lowest activity units)
variable cost per unit = ($25,500 - $7,500) / (100,000 - 4,500) = $18,000 / 95,500 bushels = $0.18848 per bushel, since the quantities are large, we cannot round up
fixed costs = highest activity cost - (variable cost x highest activity units)
fixed costs = $25,500 - ($0.18848 x 100,000) = $6,652
Options:
A.) has discharged its obligation to Brian.
B.) is liable for specific performance.
C.) will likely have to pay Brian damages if Brian decides to sue them.
D.) will not likely have to pay Brian damages if Brian decides to sue them.
Answer: C.) will likely have to pay Brian damages if Brian decides to sue them.
Explanation: According to the information presented in the scenario above, Lovely Landscapes are contracted to Brian and Soria and as such responsible for mowing the lawn of Brian's landscape. Lovely landscape's failure to show up or contact Brian and Soria explaining why they won't be able to fulfil their contract terms could be attached to a breach of contract which could involve Lovely Landscapes paying Brian and Soria damages for their no-show if Brian intends to pursue a case or sue Lovely landscapes.
Answer:
58.81% annual
or 3.93% monthly
Explanation:
Using a financial calculator, we can determine the internal rate of return of this investment. The initial outlay is -$110,000, and the 60 $4,800 cash flows follow. The IRR is 3.93 per month. In order to determine the effective annual rate, we can use the following formula:
effective annual rate = (1 + 3.93%)¹² - 1 = 58.81%