i ont know
A zone diagram demonstrates the layout of different types of tissues at a low magnification. A cell drawing shows individual cells viewed at a high magnification.
tertiary consumer
biological magnification -teddybearr
because cells were unable to be seen without the aid of an electron microscope
they can destroy the nutrients in soil thus creating dangerous plants which can be fatal to the animals that eat them
To determime total magnification of a drawing you devide the dimensions of the drawing by the dimensions of the real object or specimen drawn Mathematically Magnification =Dimensions of drawing/dimensions of specimen
10cm is 100,000um. 100,000/20 is 5000 magnification
In biology you are often required to make a drawing of an organism or structure. The drawing should include the magnification or how many times larger (or smaller) the drawing is than the actual object. You can calculate the magnification by dividing the size of the object drawn on the page by the size of the actual object. Don't forget to make sure they are in the same units! for example: drawing 5 cm/ actual cell 5 um X 10,000 um/1 cm = 10,000 x magnification
A zone diagram demonstrates the layout of different types of tissues at a low magnification. A cell drawing shows individual cells viewed at a high magnification.
tertiary consumer
The use of the pesticide DDT.
tertiary consumer
tertiary consumer
Biological magnification: the process by which pollutants become more concentrated in successive trophic levels of a food web (accumulation of pollutants in fatty tissues of a predator) Humans are often more severely affected than earlier trophic levels due to biological magnification. The ppm (parts per million) is the unit of measurement for concentration of chemicals like pollutants and augment to a degenerative degree in higher trophic levels. Humans are consumers and higher in the food web, thus subject to the malicious effects of biological magnification of toxins.
we can solve the concentration of biological magnification if produce less DDT
Its M = D/A M is the Magnification D is the Drawing's Size A is the Actual Size so to find the actual size we replace A with X etc...
Biological Magnification