One way that bacteria and archaea is in the structure of the cell membranes.
You multiply the magnification of the lenses (usually x10) by the magnification of the setting
Answer:
A. Superior vena cava
B. Right pulmonary veins
C. Can't see where's that pointing at
D. Right atrium
E. Tricuspid valve
F. Right ventricle
G. Inferior vena cava
H. Looks like a muscle but I don't know the specific name
I. Left ventricle
J. Mitral/bicuspid valve
K. Aortic valve
L. Left atrium
M. I don't know
N. Left pulmonary veins
O. Aorta
Algae would probably be your answer. Both can produce their own food from nutrients and photosynthesis!
(A) Protozoa and some low-level multicellular animals There are no organs responsible for excreting liquid waste. Such waste can penetrate the cell surface directly into the water outside of it. If paramecium does not contain vacuoles will cause it to lose the balance of body fluids The contractile vacuole compression rate depends on the osmotic pressure of the water in which the animal lives, i.e. the compression rate decreases. if the osmotic pressure of the water in which it resides increases But it will speed up if the osmotic pressure of water decreases.
(B) The water mixed with salt has a higher concentration than fresh water. So the water diffuses into the paramecium. Therefore, the contractile vacuole is less compressed to remove water from the cell than when in fresh water.
