Differences
Bony Fish
They are both fresh water as well as marine.
Endoskeleton is made up of bone.
They have 4 pairs of gills.
Cloacal aperture is absent.
mouth is normally terminal
Cartilaginous Fish
They are marine.
Endoskeleton is made up of cartilage.
They have 5-7 pairs of gills.
Cloacal aperture is present.
mouth is at the ventural surface
similarties
Bony fish and cartilaginous fish represent two classes of aquatic chordates. Both bony fish and cartilaginous fish belong to the superclass Pisces. Both bony fish and cartilaginous fish have an endoskeleton.are their centralized nervous systems, their sizes are similar, they both belong to the phylum chordata, they are both a family of the fish, and both have a lateral line organ that enables the fish to detect movement and vibration in the water surrounding them.
Explanation:
The diploid cell has the chromosomes
C1 C2
M1 M2
S1 S2
The possible combinations that will be present in the haploid cells are
C1 M1 S1
C1 M1 S2
C1 M2 S2
C2 M1 S2
C2 M1 S1
C2 M2 S1
C1 M2 S1
The answer is C. Tropical rainforest.
Since drip tips are adaptations of plants living in the climate zone with <span>the highest average precipitation, this climate zone must have a lot of rain. In deserts, there is almost no rains during the year. In taigas, annual precipitation is 10-30 inches while in tropical savannah is 30-50 inches. On the other hand, in the tropical rainforest there is a lot of rain, that is how it got name. The annual precipitation in the tropical rainforest is 50-250 inches.</span><span>
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Answer:
The correct order is - codon recognition, peptide bond formation, translocation
Explanation:
During the translation process mRNA is translated to proteins with the help of ribosomes. Protein formation occurs in three stages.
1. Codon recognition: In the codon recognition ribosome allows the binding of only that aminoacyl tRNA which has complementary anticodon against the mRNA codon.
2. Peptide bond formation: The peptidyl group present on the P site of the ribosome is transferred on the new aminoacyl tRNA present on A site by Peptide bond formation.
3. Translocation: In translocation, the tRNA present of P site and A site are transferred to the P site and E site of the ribosome to accompany the binding of new tRNA on A site.
