Can predict volcanic eruptions as long as adequate resources are available
Answer:In my words: I dont know hehe
Answer:
The letter B is the right answer.
Explanation:
The main objective of the hardin and Weinberg equilibrium is to determine how the allelic frequencies change within a population.
In 1908, Godfrey H. Hardy (1877-1947) and the German physician, Wilhem Weinberg, proposed that if no evolutionary factors act on a given population, the frequencies of their alleles would remain unchanged for several generations. This proposal became known as Hardy-Weinberg's Law (or theorem) or principle of gene balance.
According to this law, the necessary conditions for a population to reach equilibrium are:
a) The population must be large, so that all possible intersections occur.
b) The population must be panmatic (from the Greek pan, all, and from the Latin miscere, mix), that is, the crossings must be carried out randomly, without preconditions.
Within these conditions, without mutation, migration or selection, there will be a genetic balance. Over the generations, genes will not change.
Answer:
Addition of nucleotides to form a complementary strand of DNA.
Explanation:
Replication of the genetic material (DNA) is a paramount process that must be undergone by any cell prior to its division. The series of processes that occurs to the DNA molecule during DNA replication is catalyzed by different enzymes with specific functions. However, one of these enzyme callee DNA POLYMERASE catalyzes the main event, which is the synthesis of a complementary strand.
DNA polymerase catalyzes the production of phosphodiester bonds that joins the nucleotides. The enzyme synthesizes a nuceleotide base complementary to the one on the template strand, to eventually form a new DNA strand. Hence, blocking the function of this enzyme is tantamount to blocking the synthesis of a new strand itself.
Types of energy is described below.
Explanation:
1.There are many different types of energy, which all fall into two primary forms – kinetic and potential. Energy can transform from one type to another, but it can never be destroyed or created.
2. Types of energy can be categorised into two broad categories – kinetic energy (the energy of moving objects) and potential energy (energy that is stored). These are the two basic forms of energy.
3.The different types of energy include
- Thermal energy-Thermal energy is created from the vibration of atoms and molecules within substances.
- Radiant energy-Also known as light energy or electromagnetic energy, radiant energy is a type of kinetic energy that travels in waves. Examples include the energy from the sun, x-rays and radio waves.
- Chemical energy-Chemical energy is stored in the bonds of atoms and molecules – it is the energy that holds these particles together.
- Nuclear energy-Nuclear energy is stored in the nucleus of atoms. This energy is released when the nuclei are combined (fusion) or split apart (fission). Nuclear power plants split the nuclei of uranium atoms to produce electricity.
- Electrical energy-Electrical energy is the movement of electrons (the tiny particles that make up atoms, along with protons and neutrons). Electrons that move through a wire are called electricity. Lightning is another example of electrical energy.
- Motion energy-Motion energy – or mechanical energy – is the energy stored in objects; as objects move faster, more energy is stored. Examples of motion energy include wind,
- Sound energy-Sound energy is the movement of energy through substances. It moves in waves and is produced when a force makes an object or substance vibrate.
- Elastic energy =Elastic energy is a form of potential energy which is stored in an elastic object - such as a coiled spring or a stretched elastic band
- Gravitational energy-Gravitational energy is a form of potential energy. It is energy associated with gravity or gravitational force
