Oh, ratios are like little pieces of magic that help us understand relationships between different quantities in the world around us. Just like mixing the perfect colors on your palette, ratios can help us figure out how much of one thing we need compared to another. Whether you're baking a cake, planning a garden, or even painting a beautiful landscape, ratios can guide you to create something truly wonderful.
Anytime you want to figure out a relationship between numbers in a group you can use ratios. For examples, you can see a ratio of 5 people to 10 cookies. that means everyone gets 2 cookies.
No. The context need not be a real world setting. If I am writing a Science Fiction book, my contextual intelligence would be the ability to use and apply the knowledge that is appropriate to my fictional world. If I were any good as a writer, that would not be the real world setting but a convincing but unreal extension of it.
Yes, any real ratio can be expressed as a complex ratio by representing it in the form of a complex number. For example, a real ratio ( a:b ) can be written as the complex number ( a + bi ), where ( b ) is set to zero, resulting in ( a + 0i ). Thus, while all real ratios can be represented as complex ratios, not all complex ratios are purely real.
An irrational number is a real number that cannot be expressed as a ratio of two integers. In decimal terms, it is a real number that has either a terminating decimal or an infinitely recurring decimal. This would apply whatever the integer base, such as binary, octal, hexadecimal.
if you want to apply acute triangles in real life, you have to ask someone i dont know
whether you want to compare something, scale among others things, Ratio is of the utmost importance
It is when you apply your data to the real world, and how it can help you in the real world.
Anytime you want to figure out a relationship between numbers in a group you can use ratios. For examples, you can see a ratio of 5 people to 10 cookies. that means everyone gets 2 cookies.
No. The context need not be a real world setting. If I am writing a Science Fiction book, my contextual intelligence would be the ability to use and apply the knowledge that is appropriate to my fictional world. If I were any good as a writer, that would not be the real world setting but a convincing but unreal extension of it.
You could compare it to water distilling.
What is best value on a pizza, how much sod do you need for circular area?
Apart from sketch maps, maps are to scale. The distance on a map is a ratio of the distance in the real world.
Not explicitly, as far as I am aware.
Yes, any real ratio can be expressed as a complex ratio by representing it in the form of a complex number. For example, a real ratio ( a:b ) can be written as the complex number ( a + bi ), where ( b ) is set to zero, resulting in ( a + 0i ). Thus, while all real ratios can be represented as complex ratios, not all complex ratios are purely real.
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The ratio (not rashio) is a real number.
because two things rubbing against each other causes it. that means the real world have to deisqin the cars or machine differntly to eliminate friciton. also oil redices it