The extinction of many animals has changed the amount of biodiversity. The adaptations to survive harsher climates and other things can change how biodiverse an ecosystem is
Answer: It stops getting amino acids when rRNA reaches the termination codon.
Explanation: During initiation stage of translation, the tRNA starts getting amino acids when the rRNA encounters the start codon, AUG. Like translation is terminated when the stop or termination codon is reached. There are three stop codons: UGA, UAA and UAG. These codons do not code for any amino acids.
Try Googling it- almost all your homework can be answered by that method. Not that hard as well. Anyways, answers are below:
Archaea- Prokaryote, unicellular, autotroph/heterotroph
Eubacteria- Prokaryote, unicellular, autotroph/heterotroph
Protista- Eukaryote, unicellular/multicellular, autotroph/heterotroph
Fungi- Eukaryote, unicellular/multicellular, heterotroph
Plantae- Eukaryote, multicellular, autotroph
Animalia- Eukaryote, multicellular, heterotroph
*You can find examples by Googling them.
1. Either archaea or eubacteria, not clear in the image.
2. Animalia
3. Picture isn't clear
4. Plantae
5. Fungi
a. directional selection b.<span> stabilizing </span>selection c.<span> disruptive </span><span>selection
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Please use Google and try a bit before asking :) Hope this helps
Work is defined as the transfer of energy to or from a system by any means other than heat. Work can be totally transformed into heat (for example, by friction), whereas heat can only be partially converted into work.
<h3>what is a model?</h3>
A model is a depiction of something that is frequently too difficult to directly observe or display. Although experimental testing validates a model, it is only accurate in explaining specific characteristics of a physical system.
Heat transmission in materials can be described using the kinetic particle model. Heat energy always travels from a high-temperature zone to a low-temperature region.
Thus, heat can do work by constructing a model.
For more details regarding heat, visit:
brainly.com/question/1429452
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