The accurate description of binomialnomenclature naming system is as follows: first word indicates the organism'sgenusclassification.
The binomial nomenclature contains two names for naming living organisms. The binomialnomenclature was initiated by Carolus Linnaeus.
The binomial nomenclature is made up of the following:
Therefore, the accurate description of binomialnomenclature naming system is as follows: first word indicates the organism's genus classification.
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Answer;
C. The first word indicates the organism's genus classification.
Explanation;
-The binomial nomenclature system combines two names into one to give all species unique scientific names. The first part of a scientific name is called the genus. The second part of a species name is the species name.
-There are rules to follow when writing a scientific name, these includes;
-The genus name should always be written first, underlined or italicized and capitalized.
-The specific epithet is always written second, underlined or italicized and never capitalized.
B) buildup of lactate.
C) increase in sodium ions.
D) increase in potassium ions.
E) increase in ethanol.
a daffodil that attracts insects for pollination
a butter squash that has high nutritional value
a rose that produces a delicious aroma
Answer;
an orange that has a prolonged shelf life
Explanation;
-Genetic engineering is the process of manually adding new DNA to an organism. The goal is to add one or more new traits that are not already found in that organism.
-Examples of genetically engineered (transgenic) organisms currently on the market include plants with resistance to some insects, plants that can tolerate herbicides, and crops with modified oil content.
-Genetic engineering works by physically removing a gene from one organism and inserting it into another, giving it the ability to express the trait encoded by that gene. It is like taking a single recipe out of a cookbook and placing it into another cookbook.
Genetic engineering is likely responsible for an orange that has a prolonged shelf life. This technology can be used to alter the DNA of an organism to give it new traits, such as slowing the ripening process in fruits.
The result most likely achieved through genetic engineering is an orange that has a prolonged shelf life. Genetic engineering is the process of manually adding new DNA to an organism to give it new traits. In the context of fruits and vegetables, this technology is often applied to develop species with desired characteristics. For example, a fruit like an orange could potentially be genetically engineered to slow down its ripening process, thus giving it a prolonged shelf life. This manipulation could help reduce waste and increase economic efficiency.
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b. False
Answer:
The given statement is False.
Predator-prey relationship is a biological relationship in which one organism kills and eat the other organism in an ecosystem. The organism who killed is termed as predator and the organism who is killed is termed as prey.
It helps in controlling the population size of prey, helps in slowing down the spread of the disease, and in the establishment of a healthier prey population by removing or killing the injured or sick animals.
Complete removal of the predators will lead to the overpopulation of their prey which is generally herbivores. The over-populated herds will eat more and more grass which will ultimately lead to the shortage of food.
So, the herds will starve to death.
Hence, we can conclude that the removal of predator has negative impacts on that predator’s prey species.
Answer:
False
Explanation: