Answer:
In vitro fertilization
Explanation:
To recreate an extinct organism it is necessary to use different biological approaches in order to produce a complete transformed organism. The DNA from the extinct organism should be extracted first and then there must be a way to insert the complete genome into a new ovule in order to create an embryo. So, in that way the technique is based on in vitro fertilization as well as extraction of genetic material from the extinct organism. However, preserving the complete genome from such old organisms might be a rare event, therefore the most realistic way to promote such recreation is modifying different genes that were silenced through the ages and are not anymore expressed on modern species that are related to the extinct organism.
The answer is true because everyones dna is different and if done correctly this one of the most accurate methods
Answer:
The correct answer is (b): Individuals with certain advantageous traits are selected, in the sense that they produce the most offspring.
Explanation:
Natural selection can cause a change in allele frequencies over time, making the best alleles, those better adapted, more common in the population over generations.
This is called Fitness, and it refers to how many offspring organisms of a particular genotype or phenotype leave in the next generation, relative to others in the group.
Natural selection can act on different alleles of a single gene, or on polygenic traits.
Natural selection can shift phenotype distributions in three ways:
-Stabilizing selection: Intermediate phenotypes are more fit than
extreme ones, e.g. camouflage.
-Directional selection: One extreme phenotype is more fit than all the
others, e.g. are more hidden in shadow and survive better than other
types.
-Disruptive selection: Both extreme phenotypes are more fit than those
in the middle, e.g. mimesis on octopuses.
I hope it helps!
Answer:
what is the least metallicOf solid and liquid elements at normal temperature and pressure, the least metallic are those at upper right of the Periodic Table: carbon, phosphorus, sulfur, bromine and iodine.Chlorine is right below fluorine, making it the element with the fifth highest metallic character. This leaves fluorine as the last element, meaning it has the lowest metallic character.Pangunahing Mga Nakamit ni Mahatma Gandhi # 1 Nakipaglaban siya laban sa diskriminasyon ng lahi sa South Africa. # 2 Ang kanyang kampanya sa Satyagraha sa SA ay humantong sa Batas ng Tulong sa India sa 1914. # 3 Si Mahatma Gandhi ay nagwagi ng kanyang unang laban ng pagsuway sibil sa India sa Champaran. # 4 Matagumpay siyang namuno sa isang hindi marahas na pag-aalsa ng buwis sa Kheda.Major Achievements of Mahatma Gandhi
#1 He fought against racial discrimination in South Africa.
#2 His Satyagraha campaign in SA led to the 1914 Indian Relief Act.
#3 Mahatma Gandhi won his first battle of civil disobedience in India at Champaran.
#4 He successfully led a non-violent tax revolt in Kheda.
MAHATMA GANDHI (1869–1948) Si Mohandas Karamchand Gandhi ay malawak na kinikilala bilang isa sa pinakadakilang pinuno ng pampulitika at pang-espiritwal. Pinarangalan sa India bilang ama ng bansa, siya ang nanguna at nagsagawa ng prinsipyo ng Satyagraha — paglaban sa paniniil sa pamamagitan ng malawak na hindi marahas na pagsunod sa sibil.MAHATMA GANDHI (1869–1948) Mohandas Karamchand Gandhi is widely recognized as one of the twentieth century's greatest political and spiritual leaders. Honored in India as the father of the nation, he pioneered and practiced the principle of Satyagraha—resistance to tyranny through mass nonviolent civil disobedience.10 Major Achievements of Mahatma Gandhi
#1
The specific water heat has an elevated capacity that requires more amount of energy to heat.
Explanation:
By the’ heat capacity’ we mean the absorbing capability of heat in a material and ‘specific heat’ determines the heat amount required for increasing the water temperature of 1 gram by 10 Celsius.
Water has a high heat capacity that is caused by its hydrogen bonding. When heat is applied in water and is absorbed by it, it breaks the bond of hydrogen influencing molecules of water to travel freely. This specific heat in water makes it take longer time to heat and to cool.