Answer:
oxygen is common in them
Explanation:
ozygen is common in all of rhem
Answer:
<em>The genotypic ratio of the F1 generation is: </em>
1:1 OR 50% heterozygous wire-haired, 50% homozygous smooth-haired.
<em>The phenotypic ratio of the F1 generation is:</em>
1:1 OR 50% wire-haired, 50% smooth haired.
Explanation:
A cross between the parents with genotype:
Parent 1; Ss and Parent 2; ss, will yield two types of progeny. Half the offspring in the F1 generation will be heterozygous wire-haired just as in parent 1, while the other half will be homozygous short-haired as in parent 2.
Demonstrating it with a punnet square:
S s
s Ss ss
s Ss ss 2/4 offspring: Ss,
2/4 offspring: ss
Since the allele for wire hair is dominant over that of short hair, the presence of one dominant allele, translates into the offspring having wire hair phenotypically or by physical assessment. The offspring who are homozygous for the recessive allele however, express short hair because they carry both alleles for short hair.
Question 1.
Complementary Strand: TTA ATC CGC TGC
mRNA Strand: AAU UAG GCG ACG
Amino Acid Sequence: Asn-stop-Ala-Thr (doesn't look right, because it didn't have the universal start codon and also had a premature stop codon, but to be fair, mutations happen hahaha)
Question 2.
Complementary Strand: ATT GGC TAT CCT
mRNA Strand: UAA CCG AUA GGA
Amino Acid Sequence: Leu-Pro-Tyr-Gly
Answer:
Less CO2 emitted from transportation
Explanation:
The other answer options don't make as much sense, since it would basically be from farm to table, answers B and D don't make sense. As for C, farmers would probably end up making more and if not the same, because they'd be able to directly sell a higher percentage of their yieldings from the crop because little to no transportation is required (less bruised or damaged goods) and the store or supermarket they sell it in wouldn't be taking a percentage of their earnings.