1 has the greatest value, it's worth 100,000,000 or 100 million.
Answer:
<h2>20 meters by 60 meters.</h2><h2>80 boards.</h2>
Step-by-step explanation:
We know that the ice rink is 1200 square meters, which means to enclose the rink we need dimensions of 20 meters by 60 meters, to have 1200 square meters of area.
Now, the boards are on the perimeter of the ice rink with dimensiosn 20 meters times 60 meters. So, its perimeter is

If each board is 2.0 meter long, that means we can divide to find the total number of boards we can have on the ice rink:

Therefore, with those dimensions, we can have 80 boards surrounding the ice rink.
Answer:
109/2 is the answer of your question . Use PEMDAS rule
Answer:
Both ratios will increase where the accounts payable balance is paid off.
Step-by-step explanation:
The current ratio is given as
Current ratio = Current asset / current liabilities
Where the current assets are asset that can be converted into cash easily ( including cash and cash equivalents) while the current liabilities are liabilities to be settled in a short term, say 1 year.
Acid test ratio is given as
Acid test ratio = (Current asset - Inventories) / current liabilities
Here, the current assets excludes the assets that are not so easily converted to cash.
From the two formulas stated above, where the accounts payable balance which is an element of the current liabilities is paid off, the current liabilities balance reduces thus resulting in an increase in both ratio.
Hence, current and the acid-test ratios will increase where the accounts payable balance is paid off.