Ratios (mathematical)

The ratio of 30 to 12 is 30:12, which can be simplified by dividing both numbers by their greatest common factor, which is 6. This simplifies the ratio to 5:2. Ratios are used to compare the quantities of two numbers and show how many times one number contains the other.

Well, honey, the ratio of 3 out of 100 is simply 3:100. It's like saying you have 3 apples out of a total of 100 fruits. So, in simpler terms, it's just 3%. Hope that clears things up for ya!

The ratio of 60 to 300 can be simplified by dividing both numbers by their greatest common factor, which is 60. This simplifies to a ratio of 1:5. This means that for every 1 unit of 60, there are 5 units of 300.

It is 3/21, which can be simplified if required.

Oh honey, that's an easy one. The ratio of 27 to 45 in simplest form is 3:5. Just divide both numbers by their greatest common factor, which is 9 in this case. Voila, you've got yourself a nice, tidy ratio. Next!

The diameter of a Smartie is 1cm so so r = .005, and its height is 4mm. With negligibly concave ends, the volume of a smartie is pi (5E-3)^2*4E-3 = pi*1E-7 m^3. A 16 oz jar where 1 oz ~ 30 ml, 1 jar ~ 0.5 L = 10cm x 10cm x 4.8cm = 4.8E-4 m^3. Circles pack hexogonally into a square area with an optimal density 1/6 pi root 3 which is approx 0.9069. Figure a random packing is about 10% less than optimal, shaken and settled gives a density more like .82 of the volume. If this is a good assumption, then 0.82 * 4.8E-4 / pi*1E-7 = 1253 smarties / 16 oz jar.

Ah, ratios are like little pieces of a beautiful painting coming together. In this case, the ratio 6 to 11 simply means for every 6 parts of something, there are 11 parts of another. It's all about finding harmony and balance in numbers, just like we do with colors on our canvas.

Oh, isn't that just a lovely little math problem? Let's see, when we divide 330 by the ratio of 5 to 6, we get 396. It's like painting a beautiful landscape, just follow the numbers and let the answer reveal itself like a happy little tree.

Only if the angle is 0 or a multiple of 180 degrees.

You measure the different dimensions and then divide one by the other.

To find a ratio, you need to compare two numbers. Since you have only given one number, it is impossible to find a ratio.

It is 10:1.

It's the same as (6 over 5)...which can further be reduced to 1.2.

It is 732.5/1052.76 = 73250/105276 = 36625/52638 which cannot be simplified.

49/16, of course.

If you mean 12/20 then it is 3/5 by dividing both numbers by the HCF which is 4

They are different from one cathedral to another.

The economic metric used to measure a companies' ability to earn revenue compared against expenses over a determined set time.

It is 0/5 = 0

3/36 could be reduced to 1/12 by dividing both numbers by 3. So 1/12 is the answer

= (0.8/1.4) x 100 = 57.143 %

It is 42/10 or 21/5.

It is usually 1.

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