It gave people a <u>surplus of food</u><u> </u><u>the development</u> of irrigation systems improve living conditions.
<h3>What is
irrigation systems?</h3>
The agricultural practice of applying measured amounts of water to land to help with crop production, as well as to develop landscape plants and lawns, where it may also be known as watering, is known as irrigation. Rain-fed agriculture is defined as agriculture that does not utilize irrigation and relies solely on direct rainfall. Over 5,000 years ago, irrigation became a crucial component of agriculture, and numerous cultures all over the world independently developed it.
In arid locations and during times of below-average rainfall, irrigation aids in the growth of agricultural crops, the preservation of landscapes, and the revegetation of disturbed soils. In addition to protecting crops from frost, inhibiting weed growth in grain fields, and avoiding soil compaction, irrigation is used in agricultural production in other ways as well.
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Answer:
1. Issuance of bonds
Cash-flow classification: Financing activity
2. Sale of equipment
Cash-flow classification: Investing activity
3. Amortization expense
Cash-flow classification: Operating activity
4. Purchase of treasury stock
Cash-flow classification: Financing activity
5. Receipt of dividends on investment
Cash-flow classification: Operating activity
6. Purchase of land
Cash-flow classification: Investing activity
Answer:
Set.
Explanation:
Closure property in algebra asserts that 'when an operation(multiplication, addition) takes place among the members of a set, the result produced would surely be a member of that same set.' For example, if we add or multiply two real numbers(members of the same set), the result would be a real number for sure(a member of the same set). It implies that 'real numbers are closed under multiplication and addition.' While if I subtract two real numbers, I may or may not get a real number. Thus, the real numbers are closed under subtraction.
“Morals” I’m pretty sure is what you are looking for.
Because the % discounts cannot be added to calculate the final price.
The first discount is over the original price but the second discount is over the already discounted price.
You can find a combined factor if you multiply the two factors.
Discount of 25% => Factor = 0.75
Now you can find the combined factor by multilplying 0.75*.75 = 0.5625
That means that the final price will be the original price times 0.5625 (or what is the same that the discount is 100 - 56.25 = 43.75%.
Then the operation results in a higher price than if you multiply by 0.5 (50% discount).
In conclusion the discount resulting from two consecutive 25% discounts is less than a 50% discount.