In order to compute for the effective annual rate, the
working equation would be [( 1 + i/n)^n] – 1. The i
corresponds to the nominal rate while n is the number of compounding periods
per year which in this case is 12. The answer would be 5.116%.
They should try to take free online school classes
The appropriate response is human microbiomes. The microbiome is characterized as the aggregate genomes of the organisms that live inside and on the human body. We have around 10 fold the number of microbial cells as human cells.
The human microbiota comprises of the 10-100 trillion harmonious microbial cells harbored by every individual, principally microorganisms in the gut; the human microbiome comprises of the qualities these cells harbor
