Answer:
Parallax would be most effective in measuring distances to stars which are close to the Earth.
Explanation:
In the experiment,
- The parallax shift would decrease as the pencil would move further away from the scientist's eye, so option 1 would be invalid.
- the size of the pencil remains constant, so option 2 would be invalid.
- the parallax shift can be observed when the pencil has objects in the background to provide relation, that is to say, the shift of the pencil when seen relative to background objects; therefore, if we assume that the pencil is a star nearby to the Earth, and the background objects are stars that are further away, then the shift of, and thus, distance to the nearby star can be easily observed.
C! is your correct answer!
The main reason for location considers the availability of water, flat land and fertile soil, climate and weather, grazing land, safety, Transport routes, mining and minerals, past history, and cultural, and economic factors that the agriculture of the given crop will be very healthy.
<h3>What are the reasons for location considering the availability of water, flat land, fertile soil, climate, weather, grazing land, etc?</h3>
- The reason for location considers the availability of water, flat land, fertile soil, climate, weather, grazing land, safety, Transport routes, mining, minerals, past history, and cultural, and economic factors that it will be beneficial for the cultivation of the planted crops.
- Another reason is that it will be easier for farmers.
- The next reason is that it will be that the crop will be healthy.
To learn more about the location for agriculture, refer to:
brainly.com/question/10510919
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Meridians are perpendicular to every latitude<span>. ... All the other </span>longitudes are measured<span>, and named after the angle they make with respect to the center of the Earth from the intersection of the Meridian and the Equator. Since a sphere has 360 </span>degrees<span>, the Earth is divided into 360 </span>longitudes<span>.</span>
