Bacteria take glucose through food or photosynthesis.Virus do not get glucose.
Bacteria is everywhere. Nobody can take away bacteria
Holocene Epoch
The presence or absence of a cell wall is a key characteristic used in classifying bacteria. Bacteria are classified into two major groups based on their cell wall structure: Gram-positive bacteria have a thick peptidoglycan layer in their cell wall, while Gram-negative bacteria have a thinner peptidoglycan layer surrounded by an outer membrane. This classification helps scientists differentiate between different types of bacteria.
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.
The self-concept can take various shapes, including the actual self (how individuals see themselves), the ideal self (how they wish to be), and the ought self (the self they believe they should be). These shapes influence self-perception and behavior.
Bacteria take glucose through food or photosynthesis.Virus do not get glucose.
transformation
Bacteria is everywhere. Nobody can take away bacteria
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.