A vector is a
quantity that has both magnitude and direction and to identify the components
of vector, you need to break it into parts called components. These components depict
the influence of that vector in a given direction. For example, in the vector
(6, 2), the horizontal or x-axis component is 6 and the vertical or y-axis
component is 2. With this, you have an angle and a magnitude to define a
vector, where you have to find the components yourself with the help of
trigonometry. The magnitude of vector is expressed as v and by multiplying both
sides of these equations by v, you can expressed the x and y components as Vx = vcos and Vy = vsin.
The combined
influence of the two components is equivalent to the influence of the single
two-dimensional vector and this single two-dimensional vector could be replaced
by the two components.
Answer:
its would be brown because it is more dominant
Answer:
These organelles are contractile vacuoles
Explanation:
Contractile vacuoles are intercellular pumps that are slowly filled with fresh water and eventually expel their contents outside the cell. Freshwater protists maintain the hydric equilibrium by contractile vacuoles that pump out the water of the cell and thus prevent the cell swelling induced by osmotic stress.
Answer:
B. non-competitive
Explanation:
As opposed as competitive inhibition, the non-competitive one does not bind with the active region of the enzyme. However, it does reduce the efficiency of the reaction because it changes the protein structure, making it unavailable for substrate.
Reversibility is related to the possibility of the reaction to be undone. If the bond is covalent, the enzyme will not return to its active state, so that would be a non-reversible bind.
Answer:
"changed" (and any subsequent words) was ignored because we limit queries to 32 words.
