B. the waves of the electromagnetic spectrum
C. energy that moves as particles at the speed of light
D. energy that moves as a wave at the speed of light
Electromagnetic energy can be defined as: C. energy that moves as particles at the speed of light.
Electromagnetic energy can be defined as form of energy that is primarily carried by electromagnetic waves such as gamma rays and x-rays.
This ultimately implies that, electromagnetic energy refers to a form of energy that moves as particles at the speed of light, which is about three hundred million meters per seconds.
Read more on energy here: brainly.com/question/9221254
#SPJ5
It has a job similar to a police officer who allows select people to enter and leave a crime scene.
Explanation:
The primary purpose of the cell membrane is to preserve the cell from its surroundings. The cell membrane manages the movement of materials in and out of cells and organelles. In this form, it is selectively perforable to ions and organic molecules. It is the same as of police officer or security guard that check the people and allow only a few to enter a specific place.
B. Sympatric speciation, habitat differentiation.
C. Allopatric speciation, behavioral isolation.
D. Sympatric speciation, sexual selection.
E. Sympatric speciation, allopolyploidy.
Answer:
B. Sympatric speciation, habitat differentiation.
Explanation:
The right answer to our question is B, Sympatric speciation, habitat differentiation.
Edward Bagnall Poulton derived the term sympatric speciation in 1904. It is a mode of speciation, which entails new species emerging from an ancestral species that is still alive and extant. Both the emerging and ancestral species will exist in the same zone.
This speciation is found more in plants. There are different types of these speciations. Habitat differentiation is seen within sympatric speciation. It is found when mutations that exist in the same zone can make use of varying conditions. Allopatric speciation and parapatric speciation are the other types of speciation.
In the given scenario, Sympatric speciation driven by habitat differentiation has occurred. The different 'habitats' are represented by the flower color preferences of the beetle variants, leading them to diverge to the point of becoming distinct species.
The type of speciation that has occurred in the provided scenario is Sympatric speciation, driven by habitat differentiation. In this context, sympatric speciation refers to the process where new species evolve from a single ancestral species while inhabiting the same geographic region. In this case, the 'geographic region' is the color of the flowers. The red and orange flowers represent different 'habitats' for the beetles.
In terms of what has driven this speciation, it is habitat differentiation. This is because even though the beetles are occupying the same general physical area, their 'habitat' in terms of the color of the flowers they prefer has caused a divergence in their mating and, hence, their gene pools. Over time, this leads to the two beetle variants becoming so different that interbreeding is no longer possible, effectively rendering them distinct species.
#SPJ6
c. hydrogen
b. energy
d. glucose
The correct answer is b - energy
Chlorophyll is a green pigment that has light absorbing ability. Light from the sun contains energy in the form of photons.
The photons are trapped by chlorophyll and are used to provide power to split water molecules in the leaf in the process of photosynthesis.
Because chlorophyll is a pigment that absorbs light, it is called a photoreceptor. By absorbing light energy, chlorophyll is vital in the photosynthesis and without it, green plants would not be able to get power to run photosynthesis.
Answer:
the answer is D mollusks, echinoderms, chordates, and annelids
Explanation:
B) nitrogen
C) water vapor
D) carbon dioxide
In the existence of oxygen, organisms can change over glucose into carbon dioxide. These consequences in the release of up to 38 ATP molecules' worth of energy. Thus, option A is correct.
Through a system called the electron transport chain (ETC), a crucial part of cellular respiration, oxygen is essential for the creation of energy.
The electron transport chain is responsible for creating the immediate cellular energy source, adenosine triphosphate.
As a result, aerobic respiration generates significantly more energy than anaerobic respiration.
Insects use oxygen for growth, reproduction, and the energy conversion of food. To get the oxygen they need, humans breathe through their mouth and nose into their lungs.
Therefore, In order for cells to produce the most energy, oxygen presence is necessary.
Learn more about oxygen here:
#SPJ6
Answer:
A. Oxygen
Explanation:
For cellular respiration to occur, oxygen and glucose are needed, and since glucose is not a gas, oxygen is the answer.