What is a marmoset? And what distinct features does a marmoset have?

Answers

Answer 1
Answer: A marmoset is a member of the family of primates and are known to be one of the smallest monkey. They are measured to have a body length of 12 - 15 inches and has a mass of approximately 100 - 125 g. Comparing to monkeys, marmosets have distinct characteristics. Instead of having nails, they have claws, they tactile hair or a sensitive hair found on their wrists. They do not have wisdom teeth and the layout of their brain is primitive.

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Before 1800, most peppered moths in England were light-colored. During the Industrial Revolution, soot and industrial wastes darkened tree trunks. Gradually, the light-colored moths became rare, and the dark-colored ones became abundant. What role did natural selection play? A. Natural selection created the variation in the population, and then acted accordingly.
B. Natural selection acted on the variation that was present in the population.
C. Natural selection acted indiscriminately on both color variations.

Answers

The correct answer of this question is option B. Natural selection acted on the variation that was present in the population. This adaptation was a result from the Industrial Revolution. The dark-colored moths have camouflaged more effectively than the light-colored ones.

Answer:

B. Natural selection acted on the variation that was present in the population

Explanation:

I had this question asked on a test and got a 5/5

What is sensory neurone?

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Sensory neurons are types of brain cells that convert the stimuli coming from the senses (hearing, touch, smell, taste, and sight) into information that would allow the brain to interpret it as a sensation. For example, they convert the messages from the optical nerve if the object is of a light color or not.

Which of these elements has the lowest standard reduction potential?A. chlorine

B. iron

C. lithium

D. zinc

Answers

Standard reduction potential is the likelihood that a species will be reduced. It is written in the form of a reduction half reaction.
Lithium  has the lowest standard reduction potential.

Answer: C. lithium

Explanation:

Standard reduction potential is the tendency for an element to gain electrons or get reduced ,measured at standard conditions i.e. when concentration is 1 M and temperature is 298 K.

It is given by: E^0_(M^+/M)

E^0_([Cl^(2)/2Cl^-])=+1.36V

E^0_([Fe^(2+)/Fe])=-0.41V

E^0_([Li^(+)/Li])=-3.04V

E^0_([Zn^(2+)/Zn])=-0.76V

Thus lithium has the lowest tendency to accept electrons and thus has lowest standard reduction potential.

What are found in the space surrounding the nucleus of an atom

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an atom consists of a neuclus containg protons and neutrons which are surrounded by electrons
hope this helped

Explain why an ecological pyramid is smaller at the top than at the bottom

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Because energy is wasted as heat, there is less energy available as food for organisms at each level above so ecological pyramid is smaller at the top than the bottom.

What is Ecological pyramid?

  • .An ecological pyramid is a graphical representation of the relationship between diverse living organisms at various trophic levels.
  • These pyramids have the shape of true pyramids, with the widest base and the lowest trophic level, i.e., producers, covering it.
  • The following trophic level, i.e. main consumers and so on, is occupied by the next trophic level.
  • The uppermost level of an energy pyramid has the fewest animals since it has the least amount of energy.
  • Most ecosystems only have four trophic levels since there isn't enough energy to support another at a certain point.
  • The energy produced by the plants is distributed to the a pex predator in the amount of 0.01 percent.
  • As a result, it makes logical that the pyramid's tiers grow smaller and smaller as you progress up the pyramid.

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The ecological pyramid is a diagram that shows the very much like amounts of energy or matter contained within each level. That's why it is shaped smaller at the top than at the bottom because the bigger it is the more the organisms are there are. So the bottom has more living organisms and the top has less. Hope this made sense and helped

atoms of metallic elements can form ionic bond,but they are not very good at forming covalent bonds. why?

Answers

Reason that is associated with why it is possible for atoms of metallic elements to form ionic bond, even though they are not consider as a good former of covalent bonds is : Because They loose their electron readily and no attraction for electron addition.

  • Covalent bond needs sharing of electron, but metal cannot hold unto electron enough, they have the tendency to lose the electrons.

  • They are ready to loose the electron out which doesn't give room for sharing between other atoms.

Therefore, they can only form few covalent bonds.

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Atoms of metallic elements can form ionic bond,but they are not very good at forming covalent bonds because they have a great tendency to lose electrons.