Answer:
c. $6,076
Explanation:
Calculation for what Alison should record the purchase
Purchase=$6,200 ×(100%-2%)
Purchase=$6,200 ×98%
Purchase=$6,076
Therefore if Alison uses the net method to record purchases she should record the purchase at:$6,076
Answer:
Pricing can vary for each customer.
Explanation:
Under the B2B, the manufacturer sells its products directly to other businesses such as wholesalers or retailers and not the end consumers.
Hence, pricing can vary for each customer in a business-to-business (B2B) e-commerce purchases because companies that are engaged in B2B are able to improve their performance and cut down the costs of procurement for goods and services.
Business to business (B2B) markets differ from Business to consumers (B2C) markets because salespeople personally call on business customers to a far greater extent than they do consumers.
Answer:
$278,000
Explanation:
Data provided:
Total invested capital or assets = $695,000
Total debt to total capital ratio = 40%
now,
= 
or
Total debt = 0.4 × Total capital
or
Total debt = 0.4 × $695,000
or
Total debt = $278,000
Hence,
The firm must borrow $278,000 to achieve the desired ratio
Answer:
How will the government’s budget deficit be affected by public infrastructure projects?
Explanation:
Macroeconomics is concerned with the general behavior and changes in the economy as a whole. Macroeconomics studies parameters that affect the entire economy, such as inflation, unemployment, national income, gross domestic product (GDP), and general price levels. It contrasts microeconomics, which studies the choices and behavior of individual households and industries.
A government's budget is for the entire economy. A deficit that affects public infrastructure projects will impact the country's economic development programs. Government spending forms part of fiscal policies that influence economic development in a country.
Answer:
A. $5.00 per machine-hour
Explanation:
The computation of the manufacturing overhead application rate is shown below:
= Estimated manufacturing overhead ÷ expected machine-hours incurred
= $550,000 ÷ 110,000 machine hours
= $5.00 per machine hour
In order to determine the manufacturing overhead application rate, basically we divided the estimated manufacturing overhead by the expected machine hours
