Why is the copernican revolution significant? select three options. few advancements in scientific knowledge were made. scientis
ts discovered new evidence to support their theories. scientists discovered that old interpretations of data was incorrect. scientists used observations and mathematical data to solve problems in new ways. all theories developed during the time period were disproved by modern science.
The Copernican revolution was significant because of:
Few advancements in scientific knowledge were made.
Scientists discovered new evidence to support their theories.
Scientists used observations and mathematical data to solve problems in new ways.
<h3>What is Copernican revolution?</h3>
This is known as as a paradigm shift which depicts change of a revolution which is usually from a geocentric, Earth centered view of the system to a heliocentric - Sun centered aspect.This is because of the discovery of the Sun as the central object in the solar system.
This helped scientist to make new findings thereby providing evidences which helped support their various theory. The observations and different types of data derived from this type of revolution were also used mostly by scientists to solve problems which is why the aforementioned options are most appropriate.
Atoms bound together and form molecules. Molecules are a little more complex than atoms. For example water is composed of two hydrogen atoms and one oxygen atom which are both gases. Properties of oxygen and hydrogen are completely different than water molecules.
<em>Insertion or deletion brings about a frame shift that changes the perusing of consequent codons</em> and, hence, adjusts the whole amino acid arrangement that follows the transformation, additions and cancellations are normally more harmful than a substitution in which just <em>a solitary amino corrosive is modified </em>
DNA changes brought about by mutagens may hurt cells and cause certain illnesses,<em> for example, malignancy</em>
<em>Instances of mutagens incorporate radioactive substances, x-beams, bright radiation, and certain synthetic compounds</em>
