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You will have 16,777,216 bacteria after 24 hours if it reproduces once.
64x10^18 power or 64,000,000,000,000,000,000. 64 exa bacterium)
there are more than 10,000 bacterium in 5 hours
Let's assume you start with one bacterium: Step by step this gives you: ½ hour: 2 1 hour: 4 1½ hours: 8 2 hours: 16 2½ hours: 32 3 hours: 64 3½ hours: 128 4 hours: 256 You will notice that the number doubles each hour. So you can just apply the formula: bacteria = 2t, where t is the number of time periods. In this case we have 8 half-hours, so that's 28, or 256.
if bacteria Miltie by 2 every 20 min for and 10 hour how many will it be
You will have 16,777,216 bacteria after 24 hours if it reproduces once.
You may have heard of "bacteria" already. In the general population, people refer to "bacteria" as meaning"one bacteria" or "many bacteria". However, this is incorrect. In microbiology, the term "bacteria" means many, while the term "bacterium" refers to a single bacterium. Simply; 1=bacterium while 2 or more= bacteria
You may have heard of "bacteria" already. In the general population, people refer to "bacteria" as meaning"one bacteria" or "many bacteria". However, this is incorrect. In microbiology, the term "bacteria" means many, while the term "bacterium" refers to a single bacterium. Simply; 1=bacterium while 2 or more= bacteria
10000 million bacteria
Bacteria breed at different rates.The answer to your question would depend on what the bacterium was. IF we could assume that it is a bacteria that doubles every 20 minutes under these particular conditions, 1 bacterium would turn into 214 or 16384 bacteria. Again, realize that growth rates will vary and, when it comes to food, you almost never start out with only one bacterium.
64x10^18 power or 64,000,000,000,000,000,000. 64 exa bacterium)
there are more than 10,000 bacterium in 5 hours
1 hour = 2^3 = 8 2 hours = 2^6 = 64 24 hours = 2^72 =4,722,366,482,869,650,000,000
The morphology of a bacterium only describes its shape. Since many bacteria have the same shape, it's often impossible to distinguish similarly shaped bacteria based solely on this attribute. However, analyzing the physiology of a bacterium will provide much more useful information, as many bacteria have different patterns of substrate utilization.
Staphlococci are bacteria with a round shape when viewed under a microscope. There are many types of staph bacteria. All bacteria have protein walls which are have a unique molecular structure to the type of bacterium, so only the correct antibody can fit this structure and destroy the bacterium cell.
cocci
Salmonella is a type of bacteria, and bacteria are single-celled organisms. Therefore, a salmonella bacterium is composed of a single cell.