How each type of rock cycle changes into the other form?

Answers

Answer 1

Answer: Erosion breaks down igneous and metamorphic rock that settle and become sedimentary rock. Igneous and sedimentary rock are turned into metamorphic rock with heat and pressure. Finally lava surfaces and melts the other two types and cool down to become igneous rock. In very scientific words, it part of the bio-geo chemical cycles that stores phosphorus both long term and short term.

Answer 2

Answer: With the process of pressure and heat, rocks can change from magma or sediment to different rocks.

Related Questions

Which of the following cycles is crucial to living organisms? a. phosphorus b. water c. carbon d. all of the above
You're flying in a plane and the seatbelt sign is turned off. You're in the _____
Which energy transfer is least likely to be found in nature ? A- consumer to consumer B- producer to consumer C-host to parasite D- predator to prey
Why would the population of rabbits decrease if the population of mice decreased?
The way you spend your time and energy is your _____. career lifestyle occupation leisure time

Which level of organization includes all the other levels of organization?

Answers

The answer to this is the Ecosystem.
Hope I helped! :)

Which of the following describes the properties that allow capillaries to exchange gas between blood cells and surrounding tissue? a. Capillaries are short vessels with thin walls that create strong pressures forcing gas-infused blood to diffuse to the surrounding tissue.
b. Capillaries have thin walls and narrow diameters so that blood cells come close to the thin walls, across which gases can diffuse to surrounding tissue.
c. Capillaries have valves along their walls that allow blood cells to move through them to surrounding tissue, where gas exchange can occur.
d. Capillaries regulate the pressure of blood within them so that a steady stream of gas-infused blood cells passes into the surrounding tissue.

Answers

The answer is b. Capillaries have thin walls and narrow diameters so that blood cells come close to the thin walls, across which gases can diffuse to surrounding tissue.

Capillaries are the smallest of all blood vessels. They have very narrow diameters (5-10 micrometers) and thin walls. All of this allow the blood cells to come close to the walls and cross them so gases diffusion to surrounding tissue can occur.

Through the process of elimination:
- a. is not the right choice because thin walls could not persist strong pressure.
- c. is not the right choice because capillaries do not have valves like veins do.
- d. is not the right choice because capillaries are that small they cannot regulate the blood pressure within them.

Answer:

THE "B" ANSWER IS WRONG...I JUST TOOK THE TEST

Explanation:

Layers of epithelial tissue that serve as barriers to pathogens is called

Answers

Answer:

The correct answer is: Mucus membrane.

Explanation:

The lining of the epithelial tissue forming the mucus membrane contains some specialised cells which are called the Goblet cells.
These cells secrete a slippery substance called the Mucus.
The Mucus is a dense, aqueous and slippery substance that is composed of anti-microbial enzymes like lysosyme, immunoglobulins (antibodies) and glycoproteins like mucins.
The mucus secreting cells line the internal tracts of the body that come into contact with outside environment, like the respiratory tract, alimentary canal, urino-genital tract.
If any microbial pathogen gain access into any of these tracts the lysosyme in the mucus causes the microbial cells to undergo lysis, hence killed.
The immunoglobulins, on recognising a pathogen, activate the immune cells of the body to fight against the intruding pathogen.

Group of organelles that is common to both plant cells and animal cells.

Answers

-Cell membrane
-Cytoplasm
-Rough ER
-Smooth ER
-Golgi Body
That's all I can think of
However, if you check out "cells alive" website. There are interactive diagrams of cells that contain organelles

Brain evolved in the lineages before the evolution of
fishes.
A. True
B. False

Answers

Yes, brain is involved in the lineages before the evolution of fishes

A. True ✓

Final answer:

The statement is true. The evolution of the brain predates the evolution of fishes.

Explanation:

The statement that the brain evolved in the lineages before the evolution of fishes is true.

The evolution of the brain can be traced back to earlier lineages, such as invertebrates like worms and insects. These organisms had simple nervous systems that gradually evolved into more complex structures. As vertebrates evolved, the brain became more sophisticated, with different regions responsible for various functions.

Fishes, being vertebrates, have brains that are more advanced compared to invertebrates. However, they are not the first organisms to have evolved brains. The evolution of the brain predates the evolution of fishes.

Learn more about evolution of the brain in relation to fishes here:

brainly.com/question/32901492

#SPJ14

In which organ does the majority of photosynthesis take place?a. Roots
b. Vascular tissue
c. Leaves
d. Stems

Answers

c.leaves :))) because chloroplast is in the leaves

it is the leaves that fall of the tree's, bushes, and anything that has a leaf on it

Other Questions

What are the 4 bases that make up the rungs of the DNA ladder

5. How does water reach the leaves from the root? A) Stomata B) Xylem C) Phloem D) All of the above

Simple Dominance is also known as...?incomplete dominancegenetic dominance complete dominance forever dominance

How does animal bioenergetics help explain the net production pyramid?