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diferece between ratio and regression
The male to female human sex ratio varies, due to demographics, environment, sex deterministic abortion, and imbalance in the male/female sperm viability ratio. The secondary ratio of boys to girls is about 105 to 100, or about 0.525 male. Estimates of the current birth sex ratio is about 0.535 male. The current global sex ratio (population) is about 0.507 male (2010) to 0.508 male (projected 2011).
An odds ratio is the difference between the number of times that something happens and does not happen. An unadjusted odds ratio is a guess between what could or could not happen.
101 males to every 100 females
yes it can be defined more commonly as a ratio between the number of and numbr of possible outcomes
The phenotype ratio will depend on the specific genetic traits being studied. In general, a cross between two heterozygous individuals is expected to result in a 3:1 phenotypic ratio, with three-quarters of the offspring displaying the dominant phenotype and one-quarter displaying the recessive phenotype.
The age group that experienced the largest increase in the male-female ratio from 1990 to 2000 was likely the senior population, typically age 65 and over. This age group tends to have a higher proportion of females due to longer life expectancy, leading to a larger increase in the male-female ratio as the population ages over the decade.
The gender ratio at UCLA is approximately 50.7% female and 49.3% male, making it fairly balanced between male and female students.
The contribution ratio is the relationship between total sales revenue and total variable costs. If the components change, such as an increase in sales revenue or a decrease in variable costs, the contribution ratio will increase. Conversely, if sales revenue decreases or variable costs increase, the contribution ratio will decrease.
The male to female ratio globally is approximately 1:1. There are slight variations between countries and regions due to factors such as life expectancy and population distribution.
These are all the Baby Pokemon (as of November 2015), and the gender ratio for each:Azurill (Gender Ratio: Male 25% Female 75%)Bonsly (Gender Ratio: Male 50% Female 50%)Budew (Gender Ratio: Male 50% Female 50%)Chingling (Gender Ratio: Male 50% Female 50%)Cleffa (Gender Ratio: Male 25% Female 75%)Elekid (Gender Ratio: Male 75% Female 25%)Happiny (Gender Ratio: Male 0% Female 100%)Igglybuff (Gender Ratio: Male 25% Female 75%)Magby (Gender Ratio: Male 75% Female 25%)Mantyke (Gender Ratio: Male 50% Female 50%)Mime Jr. (Gender Ratio: Male 50% Female 50%)Munchlax (Gender Ratio: Male 87.5% Female 12.5%)Pichu (Gender Ratio: Male 50% Female 50%)Riolu (Gender Ratio: Male 87.5% Female 12.5%)Smoochum (Gender Ratio: Male 0% Female 100%)Togepi (Gender Ratio: Male 87.5% Female 12.5%)Tyrogue (Gender Ratio: Male 100% Female 0%)Wynaut (Gender Ratio: Male 50% Female 50%)
The surface-to-volume ratio is a mathematical relationship between the volume of an object and the amount of surface area it has. This ratio often plays an important role in biological structures. An increase in the radius will increase the surface area by a power of two, but increase the volume by a power of three.
Male female ratio is also called sex ratio. It has been very low in India.
In a transformer, you increase or decrease the voltage by changing the turns ratio between the primary or secondary windings. Increase the turns on primary, and secondary voltage goes down. Increase the turns on secondary, and secondary voltage goes up. Note that this usually involves choosing a different transformer, as changing the turns ratio is not something that can be easily done in the field. Some transformers have multiple taps on one of the windings which can be used to change turns ratio.
1.12 male/female
increase
nothing