- Based on my experiences so far, an approach to geometry which I prefer is Euclidean geometry because it's much easier than analytical geometry.
- Also, an approach that is easier to extend beyond two-dimensions is Euclidean geometry because it can be extended to three-dimension.
- A situation in which one approach to geometry would prove to be more beneficial than the other is when dealing with flat surfaces.
- In Euclidean geometry, a correspondence can be established between geometric curves and algebraic equations.
<h3>What are the Elements?</h3>
The Elements can be defined as a mathematical treatise which comprises 13 books that are attributed to the ancient Greek mathematician who lived in Alexandria, Ptolemaic Egypt c. 300 BC and called Euclid.
Basically, the Elements is a collection of the following geometric knowledge and observations:
- Mathematical proofs of the propositions.
Based on my experiences so far, an approach to geometry which I prefer is Euclidean geometry because it's much easier than analytical geometry. Also, an approach that is easier to extend beyond two-dimensions is Euclidean geometry because it can be extended to three-dimension.
A situation in which one approach to geometry would prove to be more beneficial than the other is when dealing with flat surfaces. In Euclidean geometry, a correspondence can be established between geometric curves and algebraic equations.
Read more on Euclidean here: brainly.com/question/1680028
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The correct answer is 34
To solve first multiply whole number
2 times 16 = 32
Then you multiply the numerator in the fraction
1 times 16 =16
The answer is know 32 and 16/8
The last step is simplifying. 8 goes into 16 two times
So the final procedure is 32+2= 34
There are no numbers here
Answer: 11
Step-by-step explanation:
One kilogram is equal to 2.2 pounds so all you would have to do is multiply 2.2 x 5 and you get 11. :)
Answer: 39.866
That’s the answer even doe it was easy n u could of just done it
