Answer:
The answer is the phosphorus cycle. Osteoporosis is the loss of bone mass due to loss of mineralization of bone hence making the bone weak and spongy thence prone to fractures. Phosphates, and calcium, is one of the minerals used to make bone strong by filling in the spaces in between the osteocytes and collagen of bone.
Answer:
Option C, anthrax bacteria
Explanation:
All options i.e amoeba, paramecium and aloe vera plant have eukaryotic cell which have well defined nucleus and layered organelles.
A prokaryotic cell lacks well defined nucleus and also do not have some essential cell organelles. Along with this the cell organelles and nucleus do not have envelope or outer layer.
Only bacteria and archae have prokaryotic cells.
Hence, option C is correct
a) RR red BB Blue and RB purple are the genotypes of flower colour in incomplete dominance.
b) 0% probability
c) There is 100% probability of purple colour flowers
d) 0% probability
Explanation:
a)If a poofkin with red flower is crossed with blue flowers:
Alleles for red colour RR
Alleles for blue colour BB
By Punnett square:
R R
B RB RB
B RB RB
b) genotype of red flower = no red flower hence 0% probability
c) probability of purple flowers = 100%
d) probability of blue flowers = 0% probability
The incomplete dominance is a phenomenon in which both the genotypes are expressed in the phenotype of the progeny. It occurs when both the alleles of the gene are dominant over each other resulting into intermediate characteristic. The heterozygous progeny will be the intermediate in phenotypic characters.
Answer:
Water
Explanation:
H2 + O ---> H2O AKA water
(Hydrogen gas + oxygen = Water)
Cellular respiration extracts energy from food and takes place in the organelle called a mitochondria.
It is made up of an outer membrane, an inner membrane, and a gooey matrix inside.
Mitochondria is also known as the "powerhouse". It is also involved in the Krebs cycle and oxidative phosphorylation phases of the respiration.
It is an oval-shaped organelle found in most of the eukaryotic cells. Its membranes are specialized for aerobic respiration. As the site of cellular respiration, mitochondria gets to transform molecules such as glucose into energy molecule known as ATP (adenosine triphosphate).
The electron transport chain and most ATP synthesis depends on the compartments created by the inner membrane of the mitochondria.
To learn more about mitochondria here
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