Faster than any<span> country </span>except<span> the United States. In 1500, the </span>Brazilian<span> population </span>was<span> the same </span>as<span> in Portugal. Now it </span>is<span> 17 times </span>as<span> big. The creation of such a large geopolitical entity </span>is<span> ... try to decide whether and </span>how<span> far </span>Brazil has<span> underexploited its potential for growth of income ... </span>economic<span> policy</span>changed<span> drastically.</span>
Cass is a census-designated place on the Greenbrier River in Pocahontas County, West Virginia, USA.
With bioengineered foods, you risk ingesting chemicals that are foreign to your body. If you ingest too much of the chemicals, your own body could be changed. For example, you have a natural orange. Scientists want to make your natural oranges bigger and sweeter, so they modify the DNA of the orange. With the modified DNA the new orange changed how it grew, increasing the number of natural chemicals (chemicals created by the orange to grow) it created. These chemicals are ingested by you, the consumer, and after eating your new oranges for a year every day, you notice you may have fertility issues, increased aging, etc. By eating bioengineered foods, you can find changes in your body that wouldn't have occurred if you stuck to that natural orange.
Hope this isn't too long and confusing.
Answer:
No, <u>Hardy Weinberg Equilibrium is a theory that states the allele and genotype frequencies in a population will remain constant irrespective of the sexs.</u>
Explanation:
- Derivations from the HWE Hardy Weinberg Equilibrium assume that organisms are diploid, population size is infinite, and mating is random.
- In all the equilibrium the four fundamental factors like the selection, mutation, random mating including interbreeding and small population size. So, if the number of heterozygotes is 34 then the significant level is 0.067.
- So higher the significance level higher is the heterozygotes. In the absence of selection and genetic drift, all the frequencies within variables are constant. This principle was named by G, H Hardy.
In high altitudes, people have less oxygen to breath in, making strenuous activities much harder.
Vice versa in low altitudes.
