At which location in Earth’s interior does the top density continue to increase as thickness decreases? inner core outer core lower mantle upper mantle

Answers

Answer 1
Answer:

Answer: At the inner core of the earth interior, top density continue to increase as thickness decrease.

Explanation:

The Earth is the third plant from the sun and the fifth largest plant. It is the only planet that can harbor life, that have oxygen in the arthmosphere and oceans on the surface. The Earth have three main layer which are the core(the outer and inner core), the mantle and the crust. All the three layers support life existence. The earth inner core is the innermost geologic layer and it is hot and denser. It is a solid ball of 1,220 kilometers. The earth inner core has the highest density (12)than all other layers and it is less thicker than mantle and the crust. Density increase with depth because the pressure increases also.

Answer 2
Answer:

Answer:

inner core

Explanation:

just took on edge 2021


Related Questions

Acid rain only happens in the summer. True False
Which process is similar to binary fission? genetic variationcrossing overmeiosismitosis
ATP is called the energy currency of the cell becauseA) glucose is made of ATP. B) ATP catalyzes all metabolic reactions. C) ATP allows one organelle to be exchanged for another. D) most of the energy that drives metabolism is supplied by ATP.
Why does most of the rain that falls come from the ocean
How do the stages of mitosis look

The main difference between monocots and dicots is the number of

Answers

Answer:

Cotyledons

Explanation:

Under a light microscope, a stained cell shows chromosomes lined up along the middle. What will happen next? Spindles will form and centrioles will move to opposite poles. A nuclear membrane will form around each set of chromosomes. Chromosomes will separate and move to opposite poles.

Answers

Chromosomes will separate and move to opposite poles.

A light microscope uses focused light and lenses to magnify an object. Light microscopes come in several forms. (1) Simple light microscopes use a single lens to magnify an object and cannot reach high magnification just like a handheld lens whose highest clear magnification in the best conditions is 25x. (2) Compound light microscopes use two sets of lenses - an objective lens and an eye piece. This is the type of light microscope whose magnification power reaches between 1000x and 2000x.

All BUT one factor contributes to biological evolution. That is...A) mitosis.
B) mutation.
C) crossing over.
D) sexual reproduction.

Answers

Mitosis enhances genetic continuity rather than variation. Mitosis is responsible for the growth, repair, and maintenance in organisms. Mitosis occurs when simple organisms, like a paramecium, reproduce asexually. All organisms have the same four nitrogen bases within their DNA, but how they are expressed in individuals is a result of their rearrangement as well as changes or mutations during sexual reproduction.

A: Mitosis! Since mitosis is the literal cloning of cells, it wouldn't increase genetic diversity of the gene pool.

Which aquatic biome forms where freshwater streams or rivers merge with the ocean? form where freshwater streams or rivers merge with the ocean.

Answers

Estuaries, aquatic biome, forms where freshwater streams or rivers merge with the ocean.

What is estuaries?

Estuaries are a transitionalzone between river environments and ocean environments.

They are impacted by both riverine and marine factors, including flows of freshwater and sediment as well as marine factors like tides, waves, and the inflow of salt water.

In addition to lagoons, river mouths, and tidal creeks, this wide definition encompasses them.

An estuary is a dynamic ecosystem that connects to the open sea and allows seawater to enter in accordance with the tide cycle. The fresh water flowing from rivers and streams dilutes the seawater that enters the estuary.

Therefore, where freshwater rivers meet saltwater seas is where estuary biomes typically occur.

Learn more about estuary, here:

brainly.com/question/17564221

#SPJ6

Answer:Estuaries

Explanation:

Estuaries are areas where freshwater streams or rivers merge with the ocean. This mixing of waters with such different salt concentrations creates a very interesting and unique ecosystem

Which of the following statements accurately describes how blood flows through the heart? A. Oxygen-rich blood is carried in the right pulmonary veins from the left lung to the right atrium.
B. Oxygen-rich blood is carried in the aorta from the left ventricle to the body.
C. Oxygen-poor blood is carried through the left pulmonary veins to the left atrium.
D. Oxygen-poor blood is carried through the inferior vena cava to the left atrium.

Answers

B. Oxygen-rich blood is carried in the aorta from the left ventricle to the body. 

Superior and inferior vena cava enters the right atrium which is pumped by the tricuspid valve to the right ventricle and to the pulmonary valve to the pulmonary artery then to the lungs from the lungs back thru the pulmonary veins entering the left atrium pumped by the mitral valve to the left ventricle to the aortic valve to the aorta.  



The circulatory system is important in meeting the needs of all cells in the body because it offers means of transport by which cells obtain the materials needed to live and function.

Which statement is true according to the quantum model of the atom?When an electron drops down from a high energy level to a lower one, light energy is emitted.
When an electron jumps up from a low energy level to a higher one, light energy is emitted.
Every orbit around the nucleus of an atom is the same energy level.
After they emit light, electrons are sucked into the nucleus of the atom.

Answers

Answer: Option (a) is the correct answer.

Explanation:

Every orbit has a fixed value of energy which means that energy is quantised. When heat is absorbed by the atom then the electrons go from low energy level to high energy level.

Whereas when heat or energy is released by the atom then electrons move from high energy level to low energy level. As a result, this heat is released in the form of visible light.

Thus, we can conclude that the statement when an electron drops down from a high energy level to a lower one, light energy is emitted, is true according to the quantum model of the atom.