Bacteria typically exhibit three main shapes: cocci (spherical), bacilli (rod-shaped), and spirilla (spiral-shaped). Cocci can occur in various arrangements, such as clusters or chains, while bacilli can be found as single rods or in chains. Spirilla are characterized by their helical or corkscrew form. These shapes play a role in the identification and classification of bacterial species.
Bacteria take glucose through food or photosynthesis.Virus do not get glucose.
Bacteria is everywhere. Nobody can take away bacteria
Holocene Epoch
Bacteria fall under 2 categories based on their cell wall, either Gram positive or Gram negative. The bacterial cell wall is composed of peptidoglycan. A special staining technique called Gram staining is used to differentiate between these bacteria. Gram positive bacteria, containing a thick layer of peptidoglycan, will retain/absorb more of the crystal violet dye and appear purple/blueish after being stained. Gram negative bacteria contain an outer membrane which Gram positive bacteria do not. Also the peptidoglycan layer is much thinner compared to that of a Gram positive bacteria. This thinner layer will not absorb as much of the crystal violet dye as compared to the Gram positive bacteria. When a counterstain is added, the Gram negative bacteria will appear reddish/pinkish. Cliff notes Bacteria classified as either - Gram Positive -Gram Negative Gram Positive - No outer membrane - Thick layer of peptidoglycan - Will appear purple when stained Gram negative - Contain an outer membrane - Thin layer of peptidoglycan - Will appear reddish/pink when stained
a tight chain
bacteria, viruses, and fungi.
for plato is A
it would be impossoble 2 name them all... i can say a lot
Animals have somewhat compact shapes although they do not necessarily take the most compact form possible (which would be a sphere). Compact shapes are more defensible. Long, thin filaments can be more easily severed than short, thick limbs.
Bacteria a re decomposers. They take energy from dead animals.
Yes, take a square, cut into 5 shapes.
Cells can take on a solid shape, have no shape at all, or change shapes.
Bacteria take glucose through food or photosynthesis.Virus do not get glucose.
transformation
If you plot data they must take some shape (or another)! Data distributions can take all kinds of shapes. The only constraints are thatthey cannot be negative andthe integral (sum) over all possible values is 1.The shapes can be flat (uniform distribution), symmetric (uniform or Gaussian), asymmetric with one peak somewhere in the middle (Poisson), asymmetric with a peak at an end (exponential). These are examples of different shapes that are attained by common continuous data distributions.
Bacteria is everywhere. Nobody can take away bacteria
One possible reason could be that the bacteria has some how become resistant to the antibiotics used to fight it. If you take a certain antibiotic often, your body will start to become immune to its effects. Then when that antibiotic is needed to fight a bacteria, your body no longer registers the antibiotics as a way of killing the bacteria.