Ratios (mathematical)

As of recent estimates, the global sex ratio is approximately 101 men for every 100 women, meaning there are slightly more men than women worldwide. This translates to a ratio of about 49.5% women to 50.5% men. However, this ratio can vary by region and is influenced by factors such as birth rates, life expectancy, and social conditions.

In 1890, the ratio of women in the workforce was approximately 20%, reflecting limited opportunities for women primarily in domestic roles and low-paying jobs. Today, the ratio of women in the workforce has increased significantly, with around 57% of women participating in the labor market. This change highlights the progress made over the last century in terms of gender equality and women's rights in employment.

One pile has 2 parts of the total and the other has 1 part

→ 2 + 1 = 3 parts are needed to divide up the total.

12 / 3 = 4

→ each part contains 4

→ to divide 12 in the ratio of 2:1, you split it 2 parts × 4 per part : 1 part × 4 per part

= 8 : 4

The ratio of stride length to height typically ranges from about 0.4 to 0.5 for most individuals, meaning a person's stride length is approximately 40% to 50% of their height. This ratio can vary based on factors such as walking speed, fitness level, and individual biomechanics. Taller individuals usually have longer strides, but the ratio remains relatively consistent across different heights.

The turns ratio of a current transformer (CT) refers to the ratio of the number of turns in the primary winding to the number of turns in the secondary winding, which determines how the primary current is scaled down to a measurable level. In contrast, the current ratio indicates the relationship between the primary current and the secondary current, reflecting how much the CT reduces the current for measurement purposes. Essentially, while the turns ratio is a design characteristic of the transformer, the current ratio is a functional aspect that describes its performance in operation.

12: 18 :: 2 : 3

NB '6' is a common factor so reduce by '6'.

NNB Instead of writing 'as/to' all the time, mathemticians use a colon ':' , and a double colon ( :: ) for the reduced comparsion.

1 cm to 250 m = 1 cm to 25000 cm = 1 to 25,000

If the question is to divide 64 into two pieces in the ratio 3 to 5, then divide it into 8 pieces and take three for one collection and five pieces for the other. The pieces when you divide 64 by 8 are 8 so you want 3 eights and 5 eights. Answer is 24 and 40.

Well, honey, the ratio of 24 to 25 is simply 24:25. It's like comparing apples to oranges, but in this case, it's just numbers. So, there you have it, the ratio is 24 to 25.

The ratio of 9 to 10 can be expressed as 9:10 or 9/10. This means that for every 9 units of one quantity, there are 10 units of another quantity. Ratios are used to compare quantities and can be simplified by dividing both numbers by their greatest common factor, in this case, 1.

Oh, dude, the ratio of 4 to 40 is 1:10. It's like saying for every 1 part of 4, there are 10 parts of 40. So, if you have 4 cookies, your friend has 40 cookies - lucky them!

Oh honey, that's an easy one. The ratio of 48 to 36 is 4:3. It's like comparing apples to oranges, but with numbers. Just divide both numbers by their greatest common factor until you can't divide no more. Voila, you've got yourself a ratio.

Oh, dude, the ratio of 24 to 30 is 4:5. It's like saying for every 4 parts of 24, you've got 5 parts of 30. So, if you're into fractions, it's 24/30, which simplifies to 4/5. Easy peasy, lemon squeezy!

It is: 25 cm to 1 meter = 25/100 or 1 to 4

The question seems to be incomplete. A ratio typically compares two quantities. If you meant to ask for the ratio of 24 to another number, please provide that number. Otherwise, the ratio of 24 by itself does not make sense in this context.

It seems like your question is incomplete. Ratios typically involve comparing two quantities using division. If you could provide more context or specify what you would like to know about ratios for the number 18, I would be happy to provide a detailed explanation.

Oh, dude, the ratio of 32 to 1 is like, well, 32:1. It's just a fancy way of saying there are 32 of something for every 1 of something else. So, if you have 32 cookies and only 1 glass of milk, that's a 32:1 cookie-to-milk ratio. Easy peasy!

The ratio is 24:32. That is equivalent to 3:4

The ratio of 72 to 64 can be simplified by dividing both numbers by their greatest common factor, which is 8. When we divide 72 by 8, we get 9, and when we divide 64 by 8, we get 8. Therefore, the simplified ratio of 72 to 64 is 9:8.

NO!!! 5.1 is RATIONAL , because the ',1' moiety can be converted to a quotient(fraction).

IRRATIONAL numbers are those were the decimals go to infinity AND the decimal digits are not in any regular order. More formally the decimal cannot be converted into a RATIO/QUOTIENT/FRACTION/

You are probably given 'pi ' = 3.14 in school . However 'pi' is irrational because the number is 3.141592654.... (The dots indicate mathemtically that it goes to infinity.

Supa-Dupa computers have calculated 'pi' to 50 billion places are still going.

Other irrational numbers are 'sqrt(2) = 1.414213562....

sqrt(3) = 1.7320508....

etc.,

The square roots of Prime Numbers are Irrational.

However. something like 4.333333.... is NOT irrational nor 43.434343.... be cause it can be converted into a fraction. By the above statement the decimals are in a regular order.

So treat all numbers are RATIONAL, except those by the above rule.

The ratio of 10 to 12 can be simplified by finding the greatest common factor of the two numbers, which in this case is 2. Dividing both numbers by 2 gives us a simplified ratio of 5 to 6. So, the ratio of 10 to 12 is 5:6.

The ratio 12 to 5 can be expressed as 12:5 or 12/5. This ratio indicates that for every 12 units of one quantity, there are 5 units of another quantity. Ratios are used to compare quantities and can be simplified by dividing both numbers by their greatest common factor, which in this case is 1.

Well, honey, the ratio of 28 to 42 is 2:3. It's like saying for every 2 parts of 28, you've got 3 parts of 42. So there you have it, simple math for your beautiful brain to digest.

Oh, dude, 0.8 is actually smaller than 85 percent. I mean, like, 0.8 is less than 1, right? And 85 percent is like, almost the whole pie, man. So yeah, 0.8 is like a tiny slice compared to 85 percent.

Oh, dude, you're hitting me with that math question? Alright, let me drop some knowledge on you. The ratio of 250 to 300 is 5:6. So, like, for every 5 parts of 250, there are 6 parts of 300. Math, man, it's a trip.