The answers are: Timber industry, paper industry, furniture industry.
These three industries depend on the trees so that they are able to make products. The timber industry uses the chopped trees, the paper industry uses the cellulose from the trees as it's basis for production, and the furniture industry makes it's products from certain types of tree. So stricter rules would mean big economic blows for this industries.
Plants such as the cactus reside in the desert biome.
The first thing you need to know is wheather the cell is prokaryotic or eukaryotic. If it does not have nucleus it might be any prokaryotic cell except mycoplasma bacteria. If it is with nucleus, then it might be algae, plants and fungi. The difference between algae, plants and fungi cell wall is in their structure. Plant cell walls containlignin, suberin or cutin, algae possess cell walls made of glycoproteins and polysaccharides and fungi possess cell walls made of the N-acetylglucosamine polymer chitin.
It occurs equally during night and day. Even if sunlight is not present, the plant needs to breathe, just like all other living things. The way that the plant respires during day changes during night. At night, it inhales oxygen and exhales carbon dioxide (just like we do). This is why you should never keep a plant in your bedroom because at night it will take away the oxygen from the room.
Answer: B) Arginine
Explanation: Having the sequence (mRNA):
5′-GUUUCCCGUAUACAUGCGUGCCGGGGGC-3, we can go through the following procedure:
1. Identifying the binding site for the initiator tRNA, which is the so-called "start codon" AUG: 5′-GUUUCCCGUAUAC<u><em>AUG</em></u>CGUGCCGGGGGC-3′
2. Look for the next codon after AUG, which is CGU:
5′-GUUUCCCGUAUACAUG<u><em>CGU</em></u>GCCGGGGGC-3
3. Look in a codon table in which amino acid corresponds to CGU. Then you will find that amino acid is Arginine.
The reason you should follow the above procedure is that during translation, ribosomes are in charge of creating a new peptide bond from mRNA using different tRNA. A tRNA is a structure with a codon attached to it and an amino acid. If a tRNA has a UAC codon attached to it, then this tRNA is going to scan the mRNA looking for the corresponding AUG (the so-called start codon). This is why the tRNA with the UAC codon attached to it is called "initiator tRNA". When initiator tRNA finds the start codon, the large subunit of the ribosome would place this tRNA plus mRNA in its so-called P site (Polypeptide site). On the right of the P site is the A site (Amino acid site) which will be waiting for the tRNA which attached codon corresponds to the next codon after the start codon AUG in the mRNA. For this case, that codon which A site is waiting for is CGU, which is attached to a tRNA containing the corresponding amino acid which is Arginine.
