Answer:
Cash flow is important to government entities because:
As with non-government entities, cash flow is important to government organizations because it is required for the operations of any organization regardless of whether they are government-owned or not, for-profit or not.
The measurable difference in the cash balance of any organization from one period to the next is referred to as Cashflow. No business or entity can continue operations if they keep taking out or spending more cash than they can make.
An administrator can plan for cash flow using a Cash Flow Planner.
This can take the form of a simple excel spread sheet with one column showing on one side all the monies that one is expecting to come in (Account Receivables) and an adjacent column showing all the monies one is expecting to pay out (Account payables).
At the bottom of the excel, you can show the bank balance.
There are specialised apps that help perform this function. An example would be Quickbooks, Planware, Cash Flow Planner, etc.
Cheers!
True, usually the earlier you invest the more money you will get later down the road.
Answer:
Explanation:
The adjusting entries are shown below:
1. Prepaid insurance expense A/c Dr $280
To Prepaid insurance A/c $280
(Being prepaid insurance is adjusted)
2. Supplies expense A/c Dr $3,005 ($3,970 - $965)
To Supplies A/c $3,005
(Being supplies adjusted)
3. Depreciation Expense A/c Dr $190
To Accumulated depreciation $190
(Being depreciation expense is adjusted)
4. Unearned service revenue A/c Dr $4,680 ($11,700 × 2 ÷ 5)
To service revenue $4,680
(Being unearned service is adjusted)
Answer: centralized
Explanation:
Based on the information given in the question, we can infer that McCoy operates a centralized department.
This is a centralized department because McCoy takes the decisions in the organization. In a centralized department, the organizational structure is such that the power regarding the decision is confined to top management, while the followers just follow the instructions
Answer:
total expected bonus = $1262800
Explanation:
given data
bonus = $23,000
Probability = 12 percent
bonus = $10,000
Probability = 25 percent
bonus = $6,000
Probability = 8 percent
total sales = 220
solution
first we get probability for bonus amount = $0
probability = 1 - ( 12% + 25% + 8 % )
probability = 0.55
so here Expected bonus per employee company will pay is
Expected bonus = $23000 × (0.12) + $10000 × (0.25) + $6000 × (0.08) + $0 (0.55)
Expected bonus = $5740
so total expected bonus is
total expected bonus = $5740 × 220
total expected bonus = $1262800