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1.46 percent is expressed as 1.46%.
if you mean why is it called percent then it's latin...per is per or the ratio and cent is one hundered
11 percent is a fraction of something. It can't become a whole number.
Several species of early human existed in the upper palaeolithic including Homoneanderthalis and archaic and modern Homosapiens. Although it is still debated whether this constitutes a separate species Homofloresiensis can also be included.
Take the percent and change it into a decimal, you do this by moving the decimal two places to the left. This makes 20 become .20.Next take .20 and multiply it by 45.Answer: 9lb.
It can be assumed that, eventually, 99.9% of endangered species will end up extinct. This is because, according to scientists, 99.9% of species that have ever existed on the Earth have become extinct.See the related link for more information.
It is estimated that 99% of all animals that have ever lived are now extinct.
It is hard to determine exactly how many animal species are extinct because some species become extinct before scientists even know they existed. As far as science can tell, there are over 900 extinct species.
It is hard to calculate the number of animals that have become extinct since 1681 since some species went extinct before scientists knew they existed. What is known is that more than 90 species of birds and hundreds of species of mammals have gone extinct since then.
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When the last living member of that species dies, the species become "extinct".
Depends on the species
The superior competitor is likely to outcompete the other species for resources, leading to a decrease in the population of the inferior competitor. This could potentially lead to the inferior competitor being displaced or evolving to occupy a different niche to reduce competition.
Many species become classified as endangered species when they are dying out.
1.46 percent is expressed as 1.46%.
When Someone finds it.
Scientists know the KT extinction (Cretaceous-Paleogene extinction event) took place through geological evidence such as the presence of a global iridium layer and shocked quartz in sedimentary rocks which suggest an asteroid impact. Fossil records also show a sudden mass extinction of dinosaurs and other species around this time period. Additionally, climate models and simulations support the idea of catastrophic events causing the extinction.