no.
a simple organism is divided into 5 groupes;viruses,bacteria,protozoa,algea and fungi..
Bacteria are considered simple organisms because they are single celled, they do not have a nucleus with a membrane and no membrane-bound organelles.
um if you use the simple doubling time formula, you'd do it like this: (final pop. #) = (original pop. #) x 2^(time it takes for it to double/ how many times it doubles) so you're missing some info. find out either the initial pop or the final pop. your probably referring to one bacterium, but yeah, double check (haha, get it? double?haha)
with wat i have learnt it is bacteria
The result of simple staining of microorganisms is that they can be identified and studied under a microscope.
Yes, you can conduct a simple experiment using agar plates to show the presence of bacteria. You can swab a surface or sample, streak it onto an agar plate, incubate it for a few days, and observe the growth of bacterial colonies. This will demonstrate the presence of bacteria through visible growth on the agar plate.
microscopic and mostly unicellular, with a relatively simple cell structure lacking a cell nucleus. Strep throat, The black death ect
Bacteria reproduce asexually through a process called binary fission, where a single cell divides into two identical daughter cells. This rapid and simple method allows bacteria to reproduce quickly and efficiently, leading to exponential population growth.
a simple organism is divided into 5 groupes;viruses,bacteria,protozoa,algea and fungi..
Simple machines increase mechanical advantage.
Bacteria are considered simple organisms because they are single celled, they do not have a nucleus with a membrane and no membrane-bound organelles.
um if you use the simple doubling time formula, you'd do it like this: (final pop. #) = (original pop. #) x 2^(time it takes for it to double/ how many times it doubles) so you're missing some info. find out either the initial pop or the final pop. your probably referring to one bacterium, but yeah, double check (haha, get it? double?haha)
the envelope of AM immediately increased because the process of modulated had been doing at that same time. It mostly using the simple formula .
Facilitated transport is not common in bacteria because they typically rely on simple diffusion or active transport mechanisms to move molecules across their cell membranes. Bacteria have evolved to efficiently transport nutrients and other molecules through these methods, making facilitated transport less necessary for their survival and growth.
unicellular
no, mold is a bacteria or fungus
An increase in nutrients can cause algae growth and reproduction to increase dramatically into a bloom.