Question

Why is Earth's surface rarely impacted by large objects that enter Earth's 13 points

atmosphere (unlike the moon)? *
A.Because Earth's atmosphere causes most objects to burn up before they reach the
surface.
B.Because Earth's atmosphere catches objects like a volleyball net, and bounces these
objects back into space.
C.Because Earth's atmosphere has so much water vapor that it dissolves most objects
that travel toward Earth,
D.Because Earth's atmosphere is magnetic and it repels all objects that try to travel
toward Earth.

Answer 1

Earth's atmosphere causes most objects to burn up before they reach the Earth's surface, preventing many large impacts seen on the Moon.

Step-by-step explanation:

The reason Earth's surface is rarely impacted by large objects that enter Earth's atmosphere, unlike the Moon, is because Earth's atmosphere causes most objects to burn up before they reach the surface. The atmosphere is effective at protecting the Earth from smaller objects, which we see as meteors or shooting stars. However, it is important to note that while this atmospheric shield can burn up small pieces of cosmic debris, it does not protect against the large impacts that form craters several kilometers in diameter which are common on the Moon.

Answer 2

A.Because Earth's atmosphere causes most objects to burn up before they reach the surface.

Step-by-step explanation:

The Earth's surface is rarely impacted by large objects that enters because the atmosphere causes most of the objects to burn up before they reach the surface.

There are different layers of the earth atmosphere which carries various amount of energy and energetic particles.

• When a massive and a high solar object or dust or rocks are directed towards the earth, they are either deflected or burnt upon their passage through the atmosphere.
• These energetic particles have ionizing properties and causes the solar particles to burn up.
• This way the earth's surface is shielded from any impact of any sort.