Answer:
A. ✔️Substitution
B. ✔️Insertion
C. ✔️Deletion
Explanation:
In A, the type of mutation that is shown is Substitution. In B, the type of mutation shown is Insertion and in C, the type of mutation shown is Deletion.
Mutation refers to the change in the DNA sequence. This occurs in an organism. In gene mutation, the structure of DNA molecule changes and produces a different allele of a gene. While in chromosome mutation, there is the change in the structure or number of the whole chromosomes in a particular cell.
Actually, mutations can take place both in prokaryotic cell and in eukaryotic cell.
In genetics, there are: Substitution, Insertion and Deletion mutations.
Substitution mutation is an exchange of one base for another. Insertion mutation is simply addition of one or more nucleotide pairs in a DNA sequence while Deletion mutation refers to the situation in which a sequence of DNA is left out when there is DNA replication.
Metals: <span>lustrous (shiny) <span>good conductors of heat and electricity </span>high melting pointhigh density, malleable (can be hammered) ductile <span>usually solid at room temperature
Nonmetals: </span></span><span>not lustrous, poor conductors of heat and electricitynonductile solidsbrittle solidsmay be solids, liquids or gases at room temperaturetransparent as a thin sheet<span>nonmetals are not sonorous</span></span>
<span>A.stopping at the end of each line
Brainliest please!
~Zoe</span>
I did this my 8th grade year but i got the answer from online. Try looking it up on there. i’m sorry i couldn’t help:(
Answer:
Reaction of 1-butanol with bromobenzene
Explanation:
The reaction would yield ether as the major product is the reaction of the 1-butanol with bromobenzene. This is because the reaction does not have the large percentage of the undesired side product. In fact, the major product is about 85 % in composition, compared to the 15 % of the minor product. Hence, the reaction is efficient.