The cumulative difference between reporting inventory at LIFO rather than FIFO is commonly referred to as the LIFO reserve
<h3>What is
LIFO reserve?</h3>
Generally, LIFO reserve is an accounting term that represents the difference between the cost of inventory calculated using the first-in, first-out (FIFO) method and the cost calculated using the last-in, first-out (LIFO) method for the purposes of bookkeeping.
In conclusion, The LIFO reserve is a term that is widely used to refer to the accumulated discrepancy that results from reporting inventory using the LIFO method rather than the FIFO method.
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The factors that make capital appreciation bonds (CABs) a controversial method for local governments to finance projects include "Local governments tend to owe investors way above the amount borrowed."
Another factor that makes capital appreciation bonds (CABs) a controversial method for local governments to finance projects is that they enable local governments to fund new projects without raising taxes.
Capital appreciation bonds (CABs) is often described as a form of municipal security whereby its interest on principal rises and compounds until maturity.
Capital appreciation bonds (CABs) allows investor earns a sole payment indicating the face value of the bond and all accrued interest.
Hence, in this case, it is concluded that Capital appreciation bonds (CABs) are a controversial method of financing projects.
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Answer:
C) Cash payment of an account payable
We know that the current ratio is greater than 1, and in the formula for current ratio the assets are in the numerator and liabilities in the denominator, in this case an asset is increasing for the same account that a liability is decreasing by. So whenever the the value is above one and the numerator and denominator are decreased by the same amount the value increases.
Explanation:
Answer:
Option (d) is correct.
Explanation:
Given that,
Elasticity of demand for Good A = −3
Percentage decrease in quantity demanded for Good A = 33%
Elasticity of demand for Good A = Percentage change in quantity demanded for Good A ÷ Percentage change in price of Good A
-3 = - 33 ÷ Percentage change in price of Good A
Percentage change in price of Good A = (-33) ÷ (-3)
= 11%
Therefore, percentage increase in price of good A is 11%.