“The nth term of the following types of sequences can be found out using the following Formulas:
1.Arithmetic Progression(AP) : here, the consecutive terms differ by a common difference (d).
tn= a+(n-1)d
Where,
a= is the first term of the sequence,
n= nth term
d= common difference
2. Geometric Progression(GP):
Here, the consequtive terms differ by a common ratio (r).
Tn= ar^(n-1)
where,
a = first term
r = common ratio
tn= nth term
3.Harmonic Progression (H.P):
It is the reciprocal of AP.
To find nth term of a HP, first convert it into AP and then apply the tn formula for the sequence and take the reciprocal of the obtained tn again.
Hope the answer helps you!!”
Answer:
The structures they have in common are nucleus, vacuole, cell wall and membrane.
Explanation:
The structures they have in common are nucleus, vacuole, cell wall and membrane and these structures perform different functions.
The nucleus is a membrane bound organelles found in the cell that regulate all cellular activities like metabolism.
Vacuole is a structure found in the cell cytoplasm which is use for storage, digestion, excretion and so on.
Cell wall is a layer surronding the cell to give rigidity, protect and give structural support to cells.
Membrane is a structure that separate the internal of the cells from the exterior or environment.
That would be a plant. Like a tree, Flower, Hedge, etc. That is because of Photosynthesis. Photosynthesis is a chemical reaction that makes compounds (glucose) by capturing light from its leaves, and water from its roots.
Hope this helps.
Hi There! :)
<span>An ecosystem could probably survive without?
</span><span> soil.</span>
Answer:
B) Conversion of 3PG to G3P
Explanation:
Conversion of 3PG (3 phosphoglycerate) or 3 phosphoglyceric acid is a reduction reaction step of the Calvin cycle, it does not take place during light reaction of the photosynthesis. The 3PG is converted into molecules of glyceraldehyde-3-phosphate (G3P) using ATP and NADPH. Generation of NADPH from NADP+, Photolysis or splitting of splitting of water that releases an electron and synthesis of ATP from ADP + Pi occurs during light reactions.
