How does a transgenic animal compare with other animals of its species?
A. It no longer has any genetic traits in common with other animals of its species.
B. It has identical genetic traits, but it differs in the traits it acquired during its life.
C. It has mostly bacterial DNA and only one or two genes from its own species.
D. It has most of the same DNA as its own species but also DNA from another species.

The correct option is D) It has most of the same DNA as its own species but also DNA from another species.

Explanation:

Transgenic organisms can be described as organisms which have a foreign gene inserted into them. Most of the DNA of the transgenic organism is similar to the other wild type species but sometimes, a part of the DNA could be cut to add the new foreign gene or DNA. Transgenic organisms have a number of advantages like providing enhanced features and characteristics to the organism. Transgenic organisms are created for the betterment of mankind.

events in order:

1.       vishnu schist

2. zoroaster granite

3. bass limestone

4. hakatar   shale

5. igneous intrusion

6. shinumo quartzite

7. dox sandstone

8. tapeats limestone

9. bright angel shale

10. muav limestone

11. temple butte limestone

12. redwall limestone  

nonconformity

answer: the unkar group shows angular unconformity because the layers are turned at angle.

unconformity

answer: specifically the angular unconformity occurs between the cambrian and precambrian rocks. the dox sandstone, shinumo quartzite, hakatar shale, and bass limestone have been filled. an angular unconformity occurs between the cambrian and precambrian rocks. the dox sandstone, shinumo quartzite, hakatar shale, and bass limestone have been filled.

disconformity

answer: the disconformities aremarked irregular lines between the sedimentaryrocks layers.

ans.

dna fingerprinting is defined as a process that determines the dna characteristics of an individual. these dna characteristics are unique among individuals as their fingerprints, so it is known as dna fingerprinting.

steps of dna fingerprinting includes extraction of dna from sample, amplification of dna, restriction digestion of amplified dna, and then analysis of dna by gel electrophoresis, respectively.

thus, the next step performed by the scientist is 'to cut the amplified dna (obtained by polymerase chain reaction) by restriction enzymes that cleave the dna into fragments and their analysis.'