Answer:
d. inventory is sold at a profit
Explanation:
Net working capital increases when <u>inventory is sold at a profit</u>
Net working capital = Current Assets - Current Liabilities
. Cash, Inventory and receivables are part of current assets
Hence, when inventory is sold at profit, cash received is more than decrease in inventory and hence, current asset increase and hence, working capital increases. When it is sold at cost, it remains the same. Purchase of inventory on credit will lead to same amount increase in current assets and current liabilities. Payment by customer will lead to increase in cash and decrease in accounts receivable, Hence, no impact
Paying off the full balance.
As a guidelines, your Credit Card APR will be increased if you are responsible in paying all your credit and show that you are a good user.
Answer:
Cashier's check.
Explanation:
These checks are said to be quaranteed and issued in the bank by the banking institute. It contains the name of the receiver receipiant which has been inscribed in the check by the banking institute or credit union attached to the receiver also with the amount of money written on it. This amount written on it is known to be the withdrawable amount.
The cashier's check can be sent out in form of a letter, fax or even a mail to the intended persons or organisation making the withdrawal.
Here, monies which are been orders are easily secured by use of a cashier’s checks.
Answer:
The correct answer is letter "C": Work in Process Inventory.
Explanation:
Work in Process Inventory is an asset in the company's Balance Sheet. It represents the accumulated cost of unfinished goods that are currently in the manufacturing process. Companies that manufacture large or customer-made items typically use a work in progress inventory system to record labor, raw material, and overhead.
The answers to the question are:
- The machine that is the constraint is the machine c.
- The product m = 80 units and n = 80 units
- Net profit = $3600
<h3>1. How to solve for the constraint of the machine</h3>
We have to solve for the workload of the machines
For A. 20*100 = 2000
For B, 5 * 100 + 10 *80
= 500 + 800 = 1300
For Machine C = 15 * 100 + 15 * 80
= 1500 + 1200
= 2700
The time at the workstation in c is more than the constant time of 2400, hence the constraint that we have is machine c.
b. 2400- 1200 = 1200
The product mix would be 1200/15
= 80
Hence the product mix m = 80 units and that of n = 80 units
<h3>c. The total net profit</h3>
80*$90 = 7200 , 80 * 105 = 8400
7200 + 8400
= 15600
The net profit = 15600 - 12000
= $3600
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