Answer:
$45,473
Explanation:
Base on the scenario been described in the question, we can use this method to solve the problem.
Solution:
$42,000 + $4,960 – $1,100 – ($1,830 – $1,380) + ($381 – $318)
= $46,960- $,1,100-$450-$63
=$45,473
As our answer
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
Answer:
The answer to this question is option C Real Business Cycle theory
Explanation:
The Real business cycle theory is the theory that views hocks to tastes (workers' willingness to work, for example) and technology (productivity) as the major driving forces behind short-run fluctuations in the business cycle because these shocks lead to substantial short-run fluctuations in the natural rate of output.
Real business cycle models state that macroeconomic fluctuations in the economy can be largely explained by technological shocks and changes in productivity. These changes in technological growth affect the decisions of firms on investment and workers (labour supply)
Hence the answer is option C Real Business Cycle theory
Answer: cash, earned consulting revenue
Explanation:
Lambert account for the cash gotten from clients through cash, earned consulting revenue. After several business has been done there would be an account of how payments where made, from this, records can be taken how cash where being payed through the records of transfers and payment.
