Explain in your own words what the theory of evolution is.

Answers

Answer 1

Answer:

The theory of evolution is that organisms evolve over time.

Related Questions

An airplane is moving at 350 km/hr. If a bomb isdropped from the airplane at 1.5 km, (a) with whatvelocity does the bomb strike the earth? (b) Howlong does it take the bomb to fall? (c) What is thebomb's range?
Find the mechanical advantage of a ramp that is 6.0 m long and 1.5 m tall.
PLEAAAASSEEEEE HELPP! A volcano forms near a tectonic plate boundary. What can you infer about the formation of this volcano?
Somebody please help me my grade depends on it
I need help on #9 (it's side ways sorry...)

What is the difference between Dark Matter and Anti-Matter? Explain.

Answers

dark matter makes up 95•\• of the universe. anti matter is made up of anti particles

What are some examples of vascular plants?

Answers

Hi Kayla

Examples are ;

1) Gymnosperms

2) Angiosperms

Hint; Gymnosperms create cones to house their seeds

Angiosperms; Create their seeds inside fruits

I hope that's help:0

The Statue of Liberty is composed of copper. The smallest particle of any amount of copper is A)
an atom.

B)
an element.

C)
a compound.

D)
a molecule.

Answers

Option A, because the atom is the smallest molecule, it is the smallest particle containing copper as part of the copper family, which are the best conductors of electricity and is a transition metal with atomic number. With this metal is composed the statue of liberty.

What occurs when an object travels in a curved path?

Answers

An object following any type of curved motion will necessarily be changing its direction as it moves. This change in direction constitutes a change in velocity, since velocity is a vector, and, thus, velocity has both a size, the speed, and a direction. So, if an object travels in a curved path, it changes velocity, and, thus, accelerates. This acceleration must be tied to a force. Newton's laws of motion explain this. Therefore, whenever an object travels in a curved path, there must be an unbalanced force acting upon it.

A gas isn’t heated from 298 k to 367 k while it’s volume changes from 2.5 L to 3.9 L. If the initial pressure of the gass is 1.1 atm , what is the final pressure of the gass

Answers

Answer:

0.8684 atm

Explanation:

Using combined gas equation,

PV / T = k

P1*V1 / T1 = P2*V2 / T2

P1 = 1.10 atm

P2 = ?

V1 = 2.5L

V2 = 3.9L

T1 = 298k

T2 = 367k

P1*V1 / T1 = P2*V2 / T2

Making P2 the subject of formula;

P2 = P1*V1*T2 / V2*T1

P2 = 1.1*2.5*367 / 3.9*298

P2 = 1009.25 / 1162.2

P2 = 0.8684 atm

Here you go

This problem can be solved using one of the different gas laws, which is shown below:

PV/T

Given:

P1 = 1.1 atm

V1 = 2.5 L

T1 = 298 K

P2 = ?

V2 = 3.9 L

T2 = 367 K

Substituting the given:

P1V1/T1 = P2V2/T2

(1.1 * 2.5)/298 = (P2 * 3.9)/367

P2 = 0.868 atm

Hope it helps

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How do you relate and explain a planet's distance from the Sun to things like the time of their year & their average tempareature

Answers

What we call a "year" is the time a body takes to complete one orbital revolution
in its path around the sun. The way gravity works, the farther a planet is from the
sun, the slower it moves, and the longer it takes to complete that trip. So, farther
out from the sun means a longer "year".

Everybody knows that if you want to get more warmth, then you have to stand closer
to the fire, and it's the same with planets. The farther a planet is from the sun, the less
heat it gets from the sun, and in most cases, that means its average temperature is
lower. (The planet's average temperature is affected by other things besides its distance
from the sun, such as how much heat comes up from inside, and how much heat its
atmosphere traps.)

The farther a planet's rotation axis is tilted from being perpendicular to the plane
of its orbit, the more seasonal variation there can be in the temperature at any one
place on its surface. Of course, this is kind of irrelevant if the planet has no surface.

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