Answer:
The primary reason the ability to reproduce sexually is advantageous to survival is that sexually reproducing organisms produce offspring with increased genetic variety.
Explanation:
In a species that reproduces sexually, the parental generation is responsible for generating gametes whose chromosomes have been recombined during gametogenesis (meiosis) and transmitting their genes randomly to the offspring, which increases the genetic variability.
On the other hand, asexual reproduction represents a way of creating new ones where the characteristics have very little difference between the parents and the offspring, depending on the mutations in order to support the changes that natural selection imposes. Genetic variability es poor.
Continuous environmental changes are often very drastic at times and subject individuals to a selection process, in which individuals with greater capacity for genetic variability will have more opportunities to perpetuate themselves, which represents an advantage of sexual reproduction over the asexual reproduction.
Learn more:
Genetic variety in plants brainly.com/question/7038460
Explanation:
Enzymes work by binding to reactant molecules and holding them in such a way that the chemical bond-breaking and bond-forming processes take place more readily. Reaction coordinate diagram showing the course of a reaction with and without a catalyst. With the catalyst, the activation energy is lower than without.
The wild mustard has experienced microevolution via artificial selection processes by breeders
Answer:
The correct answer is 1: In Waters´ method, the head is rested on the extended chin.
Explanation:
The parietoacanthial projection (Waters' method) is a widely used radiography method that demonstrates if there are any facial bone fractures, inflammation, or foreign body in the patient skull.
The patient must be in an erect position or prone. They must rest their head on the tip of the <u>extended chin</u> against the table surface. The neck must be hyperextended so that the orbitomeatal line (OML) forms a 37-degrees angle with the plane of the image receptor (IR). This is<u> not perpendicular to IR</u>, as <u>perpendicular means</u> that a <u>90-degree angle</u> must be formed. The mentomeatal line (MML) must be perpendicular to the image receptor plane. Finally, the midsagittal plane must be perpendicular to the plane of the image receptor.
