Why do scientists divide the planets into inner and outer planets

Answers

Answer 1
Answer: they divide the inner and the outer planets because of the asteroid belt
Answer 2
Answer: The inner planets are closest to sun and solid, like Earth. The outer planets are gas planets with rings, unlike Earth.

Related Questions

Biologists are attempting to determine the extent of fungi in forest soil. Some fungi live and grow underground among the roots of trees andother plants. What are two benefits that the fungi provide the plants? Select two answers. A. A web of hyphae hold water near the roots. O B. The fungi make and release glucose and other sugars that the roots absorb. O C. The fungi may help trees share carbon compounds through their roots. O D . The fungi help anchor plants in the soil.
What are the stuctues and functions of cell organelles, and how do theg mantain homeostasis?
True or false Mercury has no orbiting satellites, while Jupiter has many satellites circling it.
A clown fish gets protection from a sea anemone and the sea anemone getscleaned of parasites by the clown fish. Which type of symbiotic relationship is this? *
What is thunder is cause by?

Which are replicated during interphase?

Answers

Answer: The correct answer is-

DNA molecules or chromosmes are replicated during the interphase.

Interphase is first stage in the cell cycle. It is further divided into three phases that is-

G1 ( first growth phase, during which cell grows and syntheises essential proteins for replication),

S ( synthesis phase as chromosomes are replicated during this phase). This important before cell divides in the M phase.

G2 phase ( second growth phase). During this, further growth of cell takes place and it prepares for division in the next stage that is M phase.

The base of the pyramid is built from organisms that are primarily

Answers

A). They are autotrophs

Choose a plant organ. Write an explanation ofhow that organ's structure relates to its function.
Be specific and detailed.

Answers

Answer:

Leave is an important structure of plant body where food production occurs in the process of photosynthesis. In the leaves, small tiny pores called stomata are present on lower side of the leaf. These pores are responsible for the exchange of gases such as carbondioxide and oxygen. These stomata opens and carbondioxide is absorbed from the atmosphere and water from the soil. Both reactants combine in the presence of sunlight producing oxygen and glucose. Oxygen is released through stomata and glucose is stored in different parts of plant.

Answer:

Leave is an important structure of plant body where food production occurs in the process of photosynthesis. In the leaves, small tiny pores called stomata are present on lower side of the leaf. These pores are responsible for the exchange of gases such as carbondioxide and oxygen. These stomata opens and carbondioxide is absorbed from the atmosphere and water from the soil. Both reactants combine in the presence of sunlight producing oxygen and glucose. Oxygen is released through stomata and glucose is stored in different parts of plant.

Explanation:

points

What did Mendel believe determined the characteristics of pea plants?A. a blending of the alleles from both parent plants

B. inheritance of one allele, received from the healthier parent plant

C. inheritance of two alleles, both from the dominant parent plant

D. inheritance of two alleles, one from each parent plant

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Answer:

Option D.

Explanation:

As stated in Mendel's law of segregation.

If the upper atmosphere is very thin, why do space vehicles heat up as they enter the atmosphere

Answers

Even though the atmosphere is very thin, the space vehicle is pushing through a lot of pressure. 

Which is an example of a response to a stimulus A.loss of water from the body as a result of excess sweating
B.the thick fur on an animal to protect it from cold weather
C.an increasing heart rate when blood oxygen levels drop
D.the presence of allergens in the air

Answers

C. because stimuli is how your body responds to something, and in this case, someone's heart rate increases WHEN their blood oxygen drop. Do you see how it responds? ;-)