Answer:
D. Forest A producers have more biomass than forest B producers.
Explanation:
Forest A has a net primary productivity of 1,650kcal/m^2/year,
and forest B has a net primary productivity of 1,110kcal/m^2/year.
biomass is the stored energy in plant and animal obtained from sun. the rate of calculation is calories/area/year
Answer:
The correct answer is $10,014.40.
Explanation:
According to the scenario, computation of the given data are as follows:
Total cost of assembling = $6.56 × 240 = $1,574.40
Total cost of processing customer order = $65.38 × 48 = $3,138.24
Total cost of setting up batches = $82.84 × 64 = $5,301.76
So, we can calculate the total overhead cost by using following formula:
Total Overhead = $1,574.40 + $3,138.24 + $5,301.76
= $10,014.40
Answer:
GDP gap = -2 %
GDP gap = 2%
Explanation:
given data
potential output = 100 trillion
natural rate unemployment = 4 percent
solution
we know as per the Okun's law
the GDP gap will be = -2% ( for every 1% )
the actual unemployment rate exceeds its natural rate
so here if actual unemployment rate = 5 %
GDP gap will be
GDP = ( 5% - 4% ) × -2
GDP gap = -2 %
and
when actual unemployment rate = 3%
so GDP will be
GDP gap = ( 3% - 4% ) × -2
GDP gap = 2%
Answer: Integrity
Explanation:
The data integrity is the term which refers to the data quality and the data integrity is one of the important factor can be improved as it maintains the accuracy and also consistency of the data in system.
According to the given example, the centralized database can helps in improving the data integrity in the system as we can easily update the records in the database system and we can also retrieves the given data from the system.
Therefore, Data integrity is the correct answer.
Answer:
The answer is 13500$.
Explanation:
a) at P = 150$, Qd = 80.
b) at P = 150, Qs = 20.
c) produce surplus = 1/2 x 20 x (150 -100)
= 500$.
d) at equilibrium, P = 250 $
= 1/2 x 60 x (550 -100)
= 13500$.
