<u>Answer:</u>
<em>A locator map, here and there alluded to just as a locator, is commonly a basic guide utilized in A decent comprehension of the group of spectators psychological guide</em> for a specific territory is basic for Some online applications that enable the client to zoom into a region regularly incorporate locator maps to help with exploring the primary guide or picture.
To give spatial setting to the guide peruser, you should make a locator map.
<em>A locator guide shows a bigger region, or degree, than the primary guide. This bigger degree ought to be unmistakable to the guide peruser.</em>
Answer:
<u>a. Planets fall into two major categories.</u>
<u>b. The Sun generates energy through fusion of hydrogen into helium.</u>
<u>c. The solar nebula collapsed due to gravity.</u>
<u>d. There are vast numbers of asteroids and comets.</u>
Explanation:
- The four key features if the solar system are given as above and as they have led to the formation of the solar system.
- Most of the planets fall into two categories that are gaseous giants and the other terrestrial planets. As the effects of the solar winds from the solar chromosphere.
- The sun itself is running on the fusion of hydrogen and helium elements in its core and thus is fueled by this energy.
- The solar nebula was a cloud of dust and gases that itself began to spin and the small particles under the gravity were pulled closer.
- There are about 100 billion comets and asteroids in the solar system,
Irresponsible I’m guessing if it’s even the option
Answer and Explanation:
About two-thirds of the Earth's surface lies beneath the oceans. The depths of the open ocean were mostly a matter of speculation before the 19th century. Most people thought ocean floor was flat and featureless. In the early 16th century, a few navigators found that the open ocean can differ considerably in depth by taking soundings with hand lines, which shows that the ocean floor was not as flat as it believed.
At the beginning of the 1950s, scientists used magnetic instruments adapted from airborne devices to recognize odd magnetic variations across the ocean developed during World War II to detect submarines. They found that the iron-rich and volcanic rock make up the ocean floor-- contains a strongly magnetic mineral and can distort compass readings. In the early 18th century, this distortion was recognized by Icelandic mariners. Magnetite gives measurable magnetic properties; these magnetic variations help to study the deep ocean floor.
Because of the sound waves that can travel through walls. Our ears are very intelligent and can process many sounds. Light rays are different though, because objects can block them because the light rays are not as strong as the sound waves.