Answer: $11,200
Explanation:
Using the accounting equation:
(Total Assets) = (Total Liabilities) + (Total Capital)
So,
(Total Liabilities) = (Total Assets) - (Total Capital) (1)
Based on equation (1), in order to compute for the total liability, we need to compute the total assets and total capital.
At the end of the first year, the following are the assets Shapiro's consulting services (together with the amount):
Cash: $16,000
Office Supplies: $3,200
Equipment: $24,000
Accounts Receivable: $8,000
TOTAL ASSETS $51,200
Note that the total assets is obtained by adding the amount (or value) of the all the assets listed above.
Since the net income is an increase (or decrease if it's a net loss) of capital, we classify net income as capital. In particular, the net income of Shairo's at the end of first year adds to the capital at the start of first year.
Moreover, the withdrawal of money by the owner also decreases the capital.
Thus, the total capital at the end of first year is calculated as follows:
Capital (start of the year): $15,000
Net Income (end of year): $27,000
Withdrawal Amount: ($2,000)
TOTAL CAPITAL: $40,000
Note: ($2,000) means -$2,000. This notation is used in accounting.
Hence using equation (1), the total liabilities at the end of first year is given by
(Total Liabilities) = (Total Assets) - (Total Capital)
= $51,200 - $40,000
Total Liabilities = $11,200
Paul Vallas exhibits inspirational motivation as he explains his "vision of the future" in this opening segment.To make his strategic vision a reality, Paul Vallas is seeking teachers who are committed to the vision. This follows from the fact that f<span>or transformational change to occur, followers must be committed to the leader's strategic vision of the future.</span>
Answer:
because Ivan's decisions will impact the substantial cost of the business.
Explanation:
An operations manager is responsible for managing organizational resources and applying them effectively to meet organizational goals and objectives. It is therefore necessary that Ivan as the operations manager of a network of amusement parks, before determining a new location for a park, he must anticipate the customer demand and determine the adequate capacity of the site for the construction of the park. that their decisions will directly impact the substantial cost of the business, that is, the planning must meet the needs specified by the customer so that the cost is compatible with the budget provided for by an effective planning for that business.
Organizational resources must be allocated efficiently and effectively so that there is compliance with the objectives and goals of a business and for it to be well positioned and successful in the market.
Answer:
$1.2 per mile
Explanation:
Computation of the variable cost per mile using the high-low method
Using this formula
Variable cost per mile = (Highest activity cost - Lowest activity cost)/(Highest activity - Lowest activity)
Let plug in the
Variable cost per mile= (14,721 - 13,503)/(8,510 - 7,495)
Variable cost per mile= 1,218/1,015
Variable cost per mile=$1.2 per mile
Therefore the Variable cost per mile will be $1.2 per mile.
Answer:
Cash Flows from Operating Activities is 555.050
Explanation:
The indirect method involves the adjustment of net income with changes in balance sheet accounts to arrive at the amount of cash generated by operating activities.
It depends on the account if it is added or subtracted to net income. Below you will find the added account with a plus (+) and the subtracted ones with a minus (-)
Notice the amounts of any decreases are in parentheses.
Net income 490.000
Adjustment to reconcile the net income to cash
+ Depreciation expense 52.000
- Gain on disposal of equipment (7.000)
+ Decrease in accounts receivable 32.400
- Decrease in accounts payable (12.350)
Net cash 555.050
