Answer:
$33,000
Explanation:
The calculation of the fixed cost and the variable cost per machine hour by using high low method is shown below:
Variable cost per hour = (High manufacturing overhead cost - low manufacturing overhead cost) ÷ (High machine hours - low machine hours)
= ($198,000 - $153,000) ÷ (110,000 hours - 80,000 hours)
= $45,000 ÷ 30,000 hours
= $1.5
Now the fixed cost is
= High manufacturing overhead cost - (High machine hours × Variable cost per hour)
= $198,000 - (110,000 hours × $1.5)
= $198,000 - $165,000
= $33,000
Answer:
The correct answer is letter "B": Centralization of authority.
Explanation:
Centralization of authority takes place in companies where high-rank executives take most or all the decisions regarding the operations. Employees voice is not heard under this approach. Managers tend to implement this strategy when they pretend to minimize the percentage of mistakes incurred in the firm. The organization of the company tends to be bureaucratic.
Answer: Sorry bruh, cant help u with them all.
Explanation:
I dont got the time. But i will answer one. 27. the answer is A I think.
Answer:
Rent Expense (Dr.) $5,000
Cash (Cr.) $5,000
Inventory (Dr.) $35,380
Accounts Payable Martin Co. (Cr.) $35,380
Accounts Receivable Korman Co. (Dr.) $62,000
Sales (Cr.) $62,000
Cost of Goods Sold (Dr.) $48,500
Inventory (Cr.) $48,500
Explanation:
Advertising Expense (Dr.) $21,800
Cash (Cr.) $ 21,800
Cash (Dr.) $62,000
Accounts Receivable Korman Co. (Cr.) $62,000
Customer Refund Payable (Dr.) $31,500
Cash (Cr.) $31,500
Sales Salaries Expense (Dr.) $12,000
Office Salaries Expense (Dr.) $ 38,000
Cash (Cr.) $50,000
Store Supplies Expense (Dr.) $2,200
Cash (Cr.) $2,200
Answer:
Risk-free rate decreases
Explanation:
The CAPM formula for calculating cost of equity requires one to know the value of 3 pieces of information only:
1. the market rate of return,
2. the beta value
3. the risk-free rate.
Ra = Rrf + [Ba∗(Rm−Rrf)]
where:
Ra=Cost of Equity
Rrf = Risk-Free Rate
Ba = Beta
Rm=Market Rate of Return
From the formula
Ra = Rrf + [1.2∗(Rm−Rrf)]
Ra = Rrf + 1.2Rm - 1.2Rrf
From Ra = 1.2Rm -0.2Rrf
From the expression above, it can be seen that the lower the value of Rrf (Risk-Free rate), the higher the value of Ra.
