Imagine that a zoo in Sri Lanka has started an elephant-breeding program. Zookeepers have introduced an Indian and Sri Lankan el
ephant into the same enclosure. What will be the result of this mating? a. These elephants will produce infertile offspring (i.e., like a mule).
b. These elephants will fail to produce fertile offspring.
c. This mating will demonstrate that these elephants are members of the same species and will produce fertile offspring.
d. This mating will demonstrate that these elephants are not members of the same species.
e. This mating will demonstrate that these elephants are reproductively isolated from each other.
Answer: c. This mating will demonstrate that these elephants are members of the same species and will produce fertile offspring.
Explanation:
A species is a group of organisms capable of interbreeding to produce viable offsprings. The Sri Lankan Elephant and the Indian Elephant are the same species so, they will produce fertile offsprings. Because they are from different geographical location does not mean they won't mate and produce fertile offsprings.
The original nucleus is known as the <em>parent nucleus</em>, and the core staying after the rot is known as the daughter nucleus
If a core radiates an alpha molecule, it loses two protons and daughternucleus in this way, the little girl core has a nuclear mass of 4 less and a nuclear number of 2 not exactly the parent core
In β-decay, a neutron is changed over into a<em> proton, electron, and electron-anti neutrino</em>
Which builds the nuclear number of the nuclide by 1. <em>For 211Pb, this would bring about a nuclide of 211Bi.</em>
