false
Marine
Then you also have 13% cytosine, 37% guanine, and 37% adenine.
37
37°C 37°C this is body temperature. trypsin works in the duodenum during digestion at this optimun temperature.
The frequency of an allele is the total number of alleles of that type in a population where as genotype is the alleles present in all individuals in a population. The Hardy-Weinburg principle and its associated equations allow simple calculations of gene frequency. The basic equation is p+q=1: where p and q represent the dominant and recessive alleles. It is also simple to substitute the letters associated with the alleles you are dealing with for p and q. For example: If dealing green versus yellow where green is dominant and yellow is recessive green would be G and yellow would be g. Therefore G+g=1. In this example 40% of the population is yellow or 0.4. This means that g2 = 0.4 and this makes g = 0.63 (rounded off). Therefore 63 percent of the alleles for this trait are for yellow and 37 percent of the alleles in the population are for green. Since G+g=1 we know that 1.0-0.63=0.37 which is G. So 40 percent of the population is gg, it's genotype, but the frequency of the g allele is 63 percent' Likewise 60 percent of the population is GG or Gg but the frequency of G is 37 percent. There is a secondary equation that allows the calculation of percentages of GG and Gg as well with GG at 13.7% of the population and Gg at approximately 46.6% of the population. gg would be at 39.7%
37 going on 38
37 percent.
37 percent in fraction = 37/10037% = 37%/100% = 37/100 in fraction
37.5 percent is larger than 37 percent.
8.5 percent of 37 = 3.145
53.65 is 37 percent of 145.
37% = 37/100
37% = 37/100
37 = 3,700%
37%37%
37 = 3700%
37 percent of 560 = 207.2 37% of 560 = 37% * 560 = 37%/100% * 560 = 2072/10 = 207.2
Expressed as a decimal, 37 percent is equal to 0.37. Expressed as a proper fraction in its simplest form, 37 percent is equal to 37/100 or thirty-seven hundredths.