Answer:
c. Erie s ROE will remain the same
Explanation:
As the return on asset is calcualte using the asset figure it will not change with a financial leverage measurement.
As the financial leverage acts in the composition of other side of the accounting (assets = liabilitis + equity) it will change the return on equity, the debt ratio and other metric related to this side but, not the return on assets.
Answer:
Explanation:
In this scenario, we compare the values between book value and the fair value of equipment, the difference would be the loss on impairment of the asset
In mathematically,
= Book value - fair value
where,
Book value = Equipment cost - accumulated depreciation
= $672,000 - $174,000
= $498,000
And, the fair value is $384,000
Now put these values to the above formula
So, the value would equal to
= $498,000 - $384,00
= $114,000
Now the journal entry would be
Loss on impairment A/c Dr $114,000
To Accumulated depreciation A/c $114,000
(Being the impairment loss is recorded)
Answer: demand decreases and supply stays the same
Explanation:
The equilibrium price refers to the price whereby the quantity of goods that's demanded and the quantity of goods that's supplied is equal.
On the other hand, the equilibrium quantity is gotten when the quantity of goods demanded and supplied are equal. This is gotten when the demand curve and the supply curve intersects.
It should be noted that there will be a lower equilibrium price and quantity if
In a situation whereby the demand increases and the supply remains the same, the equilibrium quantity and the equilibrium price will increase and vice versa.
Answer: a. $4.5 million
Explanation:
The depreciation to be recognized is;
= Value of Depreciable assets * Percent of company owned
= 15,000,000 * 30%
= $4,500,000
Distillation is a process that can separate a mixture, composed of two or more components, by using selective evaporation and condensation. In this process is important to have the components with different boiling points, otherwise it's not possible to separate.
That means, that a good separation can be achieved if the boiling points have a large difference.
