3. The answer to your question is B. Meiosis. Alleles undergo segregation during meiosis. The alleles will split into 2 daughter cells; one chromosome for each cell.
4. The answer is homologous chromosomes. Gametes have homologous chromosomes. A gamete is a mature haploid cell. It can either be a male or female gamete. Each haploid cell will unite with another haploid cell of the opposite gender for reproduction.
5. The answer is B. IBi or IBIB. This demonstrates the genotype that corresponds to human blood type.
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Answer:
The correct answer would be 187-188 genes.
The chromosome is defined as a thread-like structure formed by deoxyribonucleic acid (DNA ) and associated proteins.
It carries the genetic information an organism in the form of genes.
Genes refer to the coding sequence of the chromosome which specifically codes for the amino acid sequence of a protein.
The genome of the yeast consists of 32 chromosomes which have 6000 protein-coding genes.
As these chromosomes are equal in size that is, each contains the equal length of the DNA.
Thus, hypothetically we can say that each chromosome consists of 187-188 chromosomes (6000/32 = 187.5)
The FedEx of the cell are the vesicles.
Vesicles are the structures in which many cell materials are packed and transported. Vesicles are cellular organelles that are composed of a lipid bilayer and they function as cellular envelopes to transport cell materials from one place to another inside the cell.
An example of one material is protein. After a particular protein has been synthesized in the ribosomes of the cell, it is packaged in a vesicle called a transport vesicle. The vesicle carries this package to the Golgi apparatus for final tweaking after which it is again repacked in a new vesicle which transports it to its required destination in the cell.
Given = mas of object A is 52 kg
To find = weight of object A = ?
Solution
As we know that w = mg
put value we will get
w = 52 x 10
w = 520 kgm/s²
