<em>-He solved Ptolemy's model by proving elliptical orbits.</em>
<em>-</em><em>He determined that planets move faster when closer to the Sun. </em>
<em>-He discovered laws of planetary motion</em>
Explanation
<u>Johannes Kepler is famed for his contribution to the field of planetary science where he notably was able to prove elliptical orbits for the motion of the planets round the sun, proposed that planets move faster when closer to the sun and discovered the laws of planetary motion. </u>
<u>Johannes Kepler is famed for his contribution to the field of planetary science where he notably was able to prove elliptical orbits for the motion of the planets round the sun, proposed that planets move faster when closer to the sun and discovered the laws of planetary motion. Kepler was a German scientist who idea contributed significantly to astronomy.</u>
•He discovered the path of motion of planets round the sun.
•He suggested the elliptical path were traced by revolving planets.
•He proposed a magic number that ensures a harmonious system in the universe.
•Kepler proposed that planets moves faster as they come closer to the sun.
<h2><em>Hope</em><em> this</em><em> answer</em><em> correct</em><em> </em><em>:</em><em>)</em></h2>
Answer:
The correct answer would be population density.
Explanation:
Dunes which are curved and have their tails pointing into the wind are
Dunes <em>which appear</em> as more than a singular type are called:
According to the given question, we are asked to state the names and types <em>of dunes </em>which are curved and point towards the wind and the ones which <em>appear </em>as more than a singular type.
As a result of this, we can see that a sand dune is an <em>accumulation of sand particles </em>which are propagated by agents of air to one location and there are four main types of sand dunes of which parabolic and star dunes are part of them.
Therefore, the correct answers are parabolic and star dunes
Read more here:
brainly.com/question/17763256
The answer is D. The crust.
We’re standing on the crust. This is the outermost layer.
I thought it could either be earthquake or a fault but an earthquake is the shaking that happens and a fault is where that shaking happens.
The answer is earthquake.
