The RNA gets its information from DNA to synthesise the proteins. It is different from DNA also due to the difference in one nitrogen basis as uracil. The thymine, the nitrogen basis that is only present in DNA is replaced with uracil to form RNA coding. The uracil also contains the same features as thymine has in DNA strains. Uracil makes a double H-bond with the adenine but does not contain CH4 group which is present in thymine.
True or False
Mollusks are not a very diverse group; there are very few body plans.
True or False
Generally, mollusks have a soft body and most have a shell.
True or False
Gastropods and bivalves are types of arthropods.
True or False
Cephalopods are the smartest types of invertebrates.
True or False
Octopuses have been known to figure out latches and escape their tanks.
True or False
Snails and slugs are bivalves.
True or False
While mollusks generally have soft bodies and many have shells, they represent a diverse group of animals with various body plans, not just a few. Gastropods and bivalves are types of mollusks, not arthropods. Cephalopods are considered the most intelligent invertebrates, and octopuses have been known to figure out latches to escape from their tanks. Snails and slugs, however, are gastropods, not bivalves.
The statement implying that mollusks are not a diverse group with very few body plans is false. Mollusks are a highly diverse group with various body plans, including snails, octopuses, and clams. The assertion that mollusks generally have a soft body and most have a shell is true. Mollusks have soft, non-segmented bodies, and many have an external shell. The claim that gastropods and bivalves are types of arthropods is false; they are types of mollusks. The statement that cephalopods are the smartest types of invertebrates is true, as they have complex brains and behaviors. The claim that octopuses have been known to figure out latches and escape their tanks is true. Lastly, the proposition that snails and slugs are bivalves is false, they are gastropods, not bivalves.
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Answer:
"Line and scatter plot" Is the correct answer
Explanation: i just did the test
Answer : As per the law of conservation of energy.
Energy can neither be created nor be destroyed, it can only be transformed from one form to another.
So, it is quite important that the energy transformations takes place in an ecosystem. The energy must be kept transforming from one form to another.
According to law of conservation of energy,energy must be transformed in ecosystems because energy can neither be created nor destroyed.
According to law of conservation of energy , it is evident that energy is neither created nor destroyed rather it is restored at the end of a process.
Law of conservation of mass and energy are related as mass and energy are directly proportional which is indicated by the equation E=mc².Concept of conservation of mass is widely used in field of chemistry, fluid dynamics.
Law needs to be modified in accordance with laws of quantum mechanics under the principle of mass and energy equivalence.This law was proposed by Julius Robert Mayer in the year 1812.The energy only transformed during the processes even in ecosystems it is conserved during the energy flow.
Learn more about law of conservation of energy,here:
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a pioneer species.
an invasive species.
a cooperative species.
a hybrid species.
Answer:
Valerius Cordus