Answer:
335.43 million gallons
Explanation:
price elasticity of demand (PED) = % change in quantity demanded / % change in price
PED = -1.9% / 10% = -0.19, very inelastic
expected price increase $0.40
% change in price = ($3.45 - $3.05) / $3.05 = 13.11%
% change in quantity demanded:
-0.19 = D / 13.11%
D = 2.49%
quantity demanded will decrease by 2.49%, from 344 million gallons to 335.43 million gallons
The Y in APY means yearly, the answer is APY
Answer:
The answer is: C)$3,000
Explanation:
The standalone selling price is the price at which the company would sell warranty separately to its customer. In this case we need to find the stand alone price of the discount option.
We first find the difference between regular price and the discount option:
$25 - $20 = $5
Then we multiply by the possibility of the discount sale happening (60%) and the total number of goods sold with the discount option.
= $5 x 60% x 1,000 fryers
= $3,000
Answer:
$1,700,000
Explanation:
The computation of the NET accounts receivable (the cash realizable value) at December 31, 2019 is shown below:
= Account receivable - allowance for doubtful debts
= $2,000,000 - $300,000
= $1,700,000
By deducting the allowance for doubtful debts from the account receivable we can get the net account receivable or the cash realizable value
Therefore we ignored the bad debt expense
The D - equations for wireless phones: P = D (P,eA,eB)
- The S- equation for wireless phones: Q = S (P,eA,eB)
- The Exogenous variable A = Price
- The Exogenous variable B = Population growth rate
<h3>What is the equation about?</h3>
The demand and supply relationship is one that differs in a lot of ways and often shown using a graph. Note that the upward slope of the curve on a graph shows the law of demand and the demand for wireless phones is one that can be affected by the amount of new mobile phone subscribers, the average cost of buying the wireless phone, and others.
Hence, The D - equations for wireless phones: P = D (P,eA,eB)
- The S- equation for wireless phones: Q = S (P,eA,eB)
- The Exogenous variable A = Price
- The Exogenous variable B = Population growth rate
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