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Akimi4 [234]
3 years ago
8

A conglomerate is a rock that forms as a result of _____. . . Choices:Intense heat and pressure. Compaction and cementation. Rap

id cooling. Slow cooling.
Physics
2 answers:
sergeinik [125]3 years ago
7 0

A conglomerate is a rock that forms as a result of compaction and cementation. The correct answer between all the choices given is the first choice or letter A. I am hoping that this answer has satisfied your query and it will be able to help you in your endeavor, and if you would like, feel free to ask another question.

12345 [234]3 years ago
5 0

A conglomerate is a rock that forms as a result of compaction and cementation.

Conglomerate rock is a type of sedimentary rock which are formed as a result of compaction and cementation.

<h2>Further Explanation</h2><h3>Rock </h3>
  • A rock is a naturally occurring substances that is a solid mixture of one or more minerals together with organic matter.
  • Rocks are classified based on the chemical composition, texture and the way they are formed.  
<h3>Rock cycle</h3>
  • One type of rock may change from one form to another through a rock cycle.
  • Rock cycle is the process through each various rocks change from one form to another, normally an interchange between the three major types of rocks.
<h3>Major classification of rocks:</h3><h3>Sedimentary rocks </h3>
  • Sedimentary rocks are types of rocks that are formed through accumulation of sediments at low temperatures in tectonic layers and sinks. The process involved include compaction and cementation of sediments.
  • These sediments includes; pebbles, shells, sand and other material fragments.  
  • The sediments accumulates in layers and then harden into rocks over a period of time.
  • Examples of sedimentary rocks include; limestone and conglomerate
<h3>Metamorphic rocks</h3>
  • These are types of rocks that are formed as a result of changes that occurs due to intense heat and pressure under the surface of the earth. They result from action of heat and pressure on other rocks that pre-existed.
  • These types of rocks are characterized by shiny crystals, ribbon-like layers among other features.
  • Examples of metamorphic rocks are marble and gneiss
<h3>Igneous rocks </h3>
  • These are types of rocks that are formed as a result hardening and cooling of magma from volcanic eruptions. Magma may cool inside the earth or when on the surface of the earth as a result of volcanic eruptions. The lava from this eruptions cools and hardens to form metamorphic rocks.
  • Igneous rocks are glass-like and shiny with no crystals. They may also have tiny spaces and holes due to gas bubbles trapped during the cooling process.
  • Examples of igneous rocks include obsidian and basalt.

Key words: Rocks, chemical composition, sedimentary rocks, conglomerate.

<h3>Learn more about;</h3>
  • Rocks and rock types; brainly.com/question/2817889
  • Sedimentary rocks; brainly.com/question/2817889
  • Igneous rocks; brainly.com/question/2817889
  • Metamorphic rocks; brainly.com/question/2817889

Level; High school

Subject: Geography

Topic:  Rocks

sub-topic: classification of rocks

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A professional baseball player can throw the ball around 45 m/s if the distance between the pitcher and the batter is 18.39 m. H
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Answer:

The time taken for the ball to get to the batter is 0.41 s.

Explanation:

Given;

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horizontal distance between the pitcher and the batter, X = 18.39 m

The horizontal distance or range of a projectile is given as;

X = ut

where;

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t = 0.41 s

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3 years ago
Derive an expression for the gravitational potential energy of a system consisting of Earth and a brick of mass m placed at Eart
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Answer:

The gravitational potential energy of a system is -3/2 (GmE)(m)/RE

Explanation:

Given

mE = Mass of Earth

RE = Radius of Earth

G = Gravitational Constant

Let p = The mass density of the earth is

p = M/(4/3πRE³)

p = 3M/4πRE³

Taking for instance,a very thin spherical shell in the earth;

Let r = radius

dr = thickness

Its volume is given by;

dV = 4πr²dr

Since mass = density* volume;

It's mass would be

dm = p * 4πr²dr

The gravitational potential at the center due would equal;

dV = -Gdm/r

Substitute (p * 4πr²dr) for dm

dV = -G(p * 4πr²dr)/r

dV = -G(p * 4πrdr)

The gravitational potential at the center of the earth would equal;

V = ∫dV

V = ∫ -G(p * 4πrdr) {RE,0}

V = -4πGp∫rdr {RE,0}

V = -4πGp (r²/2) {RE,0}

V = -4πGp{RE²/2)

V = -4Gπ * 3M/4πRE³ * RE²/2

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The gravitational potential energy of the system of the earth and the brick at the center equals

U = Vm

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U = -3/2 (GmE)(m)/RE

5 0
3 years ago
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