Answer:
B
Explanation:
Think of the football cleats on the field. They have better grip which is why they don't slip as often as someone on a basketball court would.
Answer:
(c) 7.5 bars, 2/15 shirts
Explanation:
Opportunity cost is simply defined as the next best alternative.
Opportunity cost also refers to the loss of foregone gain which could have resulted had a non chosen option been selected over the chosen option. For instance, the opportunity cost of storing money at home is the average market rate of interest which would've been earned had the same money been invested.
In the given question, the opportunity cost of a t shirt would be :
= 
= 7.5 protein bars
Similarly, the opportunity cost for a protein bar would be:
= 
= 
Thus, the correct option is (c) 7.5 bars, 2/15 shirts
Answer:
Deferred Tax Liability = $11,400 Credit
Explanation:
given data
pretax financial income = $228,000
Indigo’s tax depreciation = $38,000
tax rate = 30 %
solution
we know here that Income Tax Expense is
Income Tax Expense = $228,000 × 30%
Income Tax Expense = $68400 Dr
so as that
Deferred Tax Liability will be here
Deferred Tax Liability = $38000 × 30%
Deferred Tax Liability = $38000 × 0.30
Deferred Tax Liability = $11,400 Credit
Answer:
$23.32
Explanation:
We have the given information as below:
Defective content average = 0.04
Number of units inspected per hour = 53
Hourly rate = $10
Cost involved in final product testing = $11
Now to determine if the inspector position is eliminated, we will need to calculate the number of defective products:
defective products = Defective content average × Number of units inspected per hour
defective products = 0.04 × 53 = 2.12
the hourly cost of defects = defective products × Cost involved in final product testing
The hourly cost of defects = 2.12 × $11 = $23.32
Answer:
The correct answer is option e
e. Zero to $5,000
Explanation:
<em>Net Present Value (NPV) : This is one of the techniques available to evaluate the feasibility of an investment project. The NPV of a project is the difference between the present value of the cash inflows and the cash outflows of the project discounted at the required rate of return</em>
PV of cash inflows
= $15,600 × (1.15)^(-1) + ( $15,600× 1.15^(-2) + ($28,900 × 1.15^(-3) ($15,200 × 1.15^(-4)
=53,053.92
NPV =53,053.92-48,100
NPV =4,953.927
