Grande guava must have been adulterated (genetically modified) because normal gu
ID: 179632 • Letter: G
Question
Grande guava must have been adulterated (genetically modified) because normal guavas are not that big. The reason for this huge site is probably due to what? (not reviewed) The fertilizer used to grow the guava is very rich in growth nutrients Scientist must have removed 'short chromosomes' that makes guavas normal site Scientist must have added extra chromosomes (polyploidy) to make guavas big I think A and B is most correct I think A and C is most correct Phenotype is the features generally expressed by dominant True False They are both correct None is correct Allele are alternate forms of a gene on homologous chromosome True False They are both correct None is correct Trait that are present on the x-chromosome but are not expressed are dominant trait True False They are both correct None is correct "Particle'' is the unit of inheritance in Mender's work with animals (not reviewed) Absolutely true statement Absolutely false statement I am confused with these choices I will just google the answer since it's a take home exam AUG which codes for methionine stop All proteins synthesis (not reviewed) True False I'll go and review my lecture ppt (or maybe google) None is correctExplanation / Answer
35. Answer: e
To improve the size and general quality of the fruit, fertilizer is applied to the soil. Polyploidy is important in conferring desirable characteristics in fruit plants. Polyploidy induces seedless and increased size fruit.
36. Answer: a
There are two characters, dominant and recessive. The character which is expressed in the phenotype is that of the dominant allele.The dominant allele masks the effect of recessive allele.
37. Answer: a
An alternative form of a gene that occurs at the same locus on homologous chromosomes are called alleles.
38. Answer: b
In humans females have XX chromosomes and males XY chromosomes. The character which is linked to X chromosome if present in dominant condition, it is expressed in the phenotype.
39. Answer: b
Phenotypic traits can be passed from generation to generation through discrete particles known as genes,. Mendel proposed the theory of particulate inheritance by using pea plants (Pisum sativum) to explain how variation can be inherited and maintained over time.
40. Answer: b
AUG which codes for methionine is the initiation codon for protein synthesis. UAA, UAG and UGA are stop codons.
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