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oee [108]
3 years ago
10

The statements below are all true. Some of them represent important reasons why the giant impact hypothesis for the Moon’s forma

tion is taken seriously, and some of them are not relevant to deciding between this and other hypotheses. Sort the statements into the correct bin according to whether or not they provide important support to the giant impact hypothesis.a) models indicate early solar system had mars-size leftover panetesimals.b) moon's composition is similar to earth's mantle.c) moon has a low proportion of easily vaporized ingredients.d) moon lacks active volcanoes.e) moon's distance is gradually increasing.f) moon has synchronous rotation.
Physics
1 answer:
Molodets [167]3 years ago
5 0

Answer:

the order of importance must be     b e a f c

Explanation:

Modern theories indicate that the moon was formed by the collision of a bad plant with the Earth during its initial cooling period, due to which part of the earth's material was volatilized and as a ring of remains that eventually consolidated in Moon.

Based on the aforementioned, let's analyze the statements in order of importance

b) True. Since the moon is material evaporated from Earth, its compassion is similar

e) True. If the moon is material volatilized from the earth it must train a finite receding speed

a) True. The solar system was full of small bodies in erratic orbits that wander between and with larger bodies

f) False. The moon's rotation and translation are equal has no relation to its formation phase

c) false. The amount of vaporized material on the moon is large

Therefore, the order of importance must be

         b e a f c

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There are missing data in the text of the problem (found them on internet):
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Answer:

The shortest distance in which you can stop the automobile by locking the brakes is 53.64 m

Explanation:

Given;

coefficient of kinetic friction, μ = 0.84

speed of the automobile, u = 29.0 m/s

To determine the  the shortest distance in which you can stop an automobile by locking the brakes, we apply the following equation;

v² = u² + 2ax

where;

v is the final velocity

u is the initial velocity

a is the acceleration

x is the shortest distance

First we determine a;

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∑F = ma

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but, -Fk = -μN

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Now, substitute in the value of a in the equation above

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0 = 29² + 2(-7.84)x

0 = 841 - 15.68x

15.68x = 841

x = 841 / 15.68

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