Answer:
$3,000 and $35,000
Explanation:
The computations are shown below:
The depreciation expense would be
=(Original cost - residual value) ÷ (useful life)
= ($50,000 - $5,000) ÷ (15 years)
= ($45,000) ÷ (15 years)
= $3,000
In this method, the depreciation is same for all the remaining useful life
The book value would be
= (Original cost of equipment) - (depreciation × number of years)
= ($50,000) - ($3,000 × 5 years)
= $50,000 - $15,000
= $35,000
I think it is grey with blue tinsel charts... 86/56
Answer:
C. the greater is the marginal productivity of labor relative to that of capital
Explanation:
An isoquant is a curve that shows all the combinations of inputs that yield the same level of output.
When adding one factor holding the other factor constant inevitably, leads to lower output levels, the isoquant must become steeper, as more capital is added instead of labour, and flatter when labour is added instead of capital. Returns to capital even decline.
Please kindly note that none of the
Options given in the question is correct.
The correct answer is calculated and explained below
Answer:
$79.92 per move.
Explanation:
Activity rate can be calculated by dividing Activity cost budgeted for the particular activity pool by the Estimated or Total Activity base for that pool
Activity rate = Budgeted activity cost ÷ Estimated or Total Activity base
In the question above,
Budgeted Activity cost for material handling = $443,500
Estimated or Total Activity base for material handling (Summation of Total moves) = 1,460 + 760 + 3,700 = 5920 moves
Activity rate = $443,500 ÷ 5920
= $79.92 per move.
Answer:
$720.25
Explanation:
Given data:
Lana salary per hour = $18.15
total hour of work by her is 39 hr 41 minutes
we know from hundredth hour pay method
hundredth hr for 41 mints is 
so we have 39 hrs 41 minutes that can be written as = 39.6833
So, salary for 39.6833 is 
