Radicals part 1!
Kuvakäsikirjoitus Teksti
- What is Radical?
- Radicals are expressed using a radicand similar to a dividend, a radical symbol, and an index.
- Radical A radical expression, also referred to as an n th root, or simply radical, is an expression that involves a root.
- What are the rules in radicals?
- radicals are derived directly from the laws for exponents by using the definition a m n = a m n .
- The laws are designed to make simplification much easier. It is important to reduce a radical to its simplest form.
- How can i calculate them?
- by multiplying the indexes, and placing the radicand under the appropriate radical sign.
- For instance, [cube root of the square root of 64]= [sixth root of 64]= 2.
- Haha, you didn't listen in the classhuh? funny anyways
- Yes! Sara you're getting better im glad!!
- means that no number, or variable, under the radical may be re-expressed as an integer or variable to a power equal to or greater than the radical index.
- Hey google what is the meaning of simplest Radicals?
- so radical(20) can be rewritten as radical (4 X 5), which can be rewritten as radical(4) X radical (5). Is that right??
- Of course i could use it on electrical engineering and Architecture!!
- Where could i possibly use radicals
- And also in measurements i mean of course engineers need to measure!!
- Who knows radicals are actually important!!!
- Radicals are important in combustion, atmospheric chemistry, polymerization, plasma chemistry, biochemistry, and many other chemical processes. A majority of natural products are generated by radical-generating enzymes.
- Radicals are intermediates in many chemical reactions, more so than is apparent from the balanced equations.
- They can be used in science Wah!!im perfect for this job well maybe?
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