Answer:
20,000 kcal/m2 per year
Explanation:
Data provided in the question:
Net annual primary productivity of a particular wetland ecosystem
= 8,000 kcal/m2 per year
Respiration by the aquatic producers = 12,000 kcal/m2 per year
Now,
The gross annual primary productivity for this ecosystem will be equal to the sum of all the ecosystem and the producer in the overall ecosystem
Therefore,
gross annual primary productivity for this ecosystem
= 8,000 kcal/m2 per year + 12,000 kcal/m2 per year
= 20,000 kcal/m2 per year
Benefits is what i think the answer is
Answer:
The correct answer is True
Explanation:
In calculating the equivalent units with respect to labor,the physical units at the start of the period is multiplied by the percentage of completion.
In other words, the equivalent units is shown thus:
Equivalent units =100000 units*20%
Equivalent units =20000 units
This implies that labor has carried out 20% of the work required to transform the 100000 units into finished products,since only 20% work is completed, the remaining 80% is expected in the next period.
<span>In
the decline stage of the product the main objective of the marketing
is reinforce
the positive perception of the brand by the loyal costumers. In this
stage,
the
product is not going to attract any new potential
costumers; therefor
the marketing efforts are <span>often
focused to advertise the product to its loyal customer base, this
decreases marketing costs while improving the overall perception of
the product and ultimately the brand.</span></span>
Answer:
Loss on sale of delivery equipment = $3,700
Explanation:
The following journal entry to record the exchange for Sheridan’s Delivery Company.
Delivery equipment debit (fair value) $2,800
Loss on sale of delivery equipment debit $37,00 (Note - 1)
Accumulated depreciation debit $15,000
Delivery equipment (original cost) credit $21,500
Note: Calculation: Loss on sale of delivery equipment = cost price of delivery equipment - accumulated depreciation - disposal of delivery equipment.
Loss on sale of delivery equipment = $21,500 - $15,000 - $2,800.
Loss on sale of delivery equipment = $21,500 - $17,800
Loss on sale of delivery equipment = $3,700