Answer:
Portion of its marginal cost curve that lies above its average variable cost curve.
Explanation:
This is explained to be the portion of its marginal cost curve because marginal gross benefits exceeds marginal cost, the firm can earn greater profits by increasing its output.
These profits are been maximized by choosing to supply the level of output where its marginal revenue equals its marginal cost. When this revenue is below the said marginal cost, money is lost, and consequently, it must reduce its output. Profits are however utilized when the firm chooses the level of output where its marginal revenue equals its marginal cost.
Answer:
$273.96
Explanation:
The balance will be the future value of $209, at 7% for four years.
The formula for calculating the future value is as below.
FV = PV × (1+r)^n
Where PV is the present value, $209
r= is the interest rate 7% or 0.07
n= 4 years
FV = $209 x ( 1+ 0.07) ^4
Fv =$209 x 1. 310
Fv = 273.9563
Fv= 273.96
Answer:
$50
Explanation:
Net income will be the difference between the selling price and the Cost price.
Cost price is $1000
net profit margin is 5%, selling price will be
=$1000 + profit margin
= $1000 + (5/100 x 1000)
=$1000 + $50
=$1050
Net income = $1050 -$50
=$50
Answer:
average annual transportation inventory for each alternative are 16.4383 , 5.4794, 27.3972
Explanation:
Given data
Annual demand A = 2000 flower
transit time t1 = 3 days
transit time t2 = 1 day
transit time t3 = 5 days
to find out
What is the average annual transportation inventory for each alternative
solution
we will apply here average annual transportation inventory formula that is
average annual transportation inventory = t × A / 365
put the value t1 , t2 and t3 for annual demand 2000
so
average annual transportation inventory = t × A / 365
average annual transportation inventory = 3 × 2000 / 365 = 16.4383
and
average annual transportation inventory = t × A / 365
average annual transportation inventory = 1 × 2000 / 365 = 5.4794
and
average annual transportation inventory = t × A / 365
average annual transportation inventory = 5 × 2000/ 365 = 27.3972