<span>Abraham Ortelius was born Abraham Ortels of German parents in Antwerp on April 14, 1527. He was trained as an engraver, worked as an illuminator of maps, and by 1554 was in the business of selling maps and antiquities. This business involved extensive traveling, which enabled Ortelius to make contacts with the international community of scholars concerned with exploration and cartography and especially with English experts like Richard Hakluyt and John Dee.</span>
X intercept: (-15/2, 0)
Y intercept: (0, 15/4)
Fraction: 2x+15 ⁄4
To see work, go to <u>https://www.symbolab.com/solver/step-by-step/-4x%2B8y%3D30</u>
<h3> </h3>
They have a short vertical range and wide geographic distribution
Answer:
The Roman Senate was the main deliberative body of Ancient Rome. Its members represented the two most important political groups of the time, the Optimates (aristocrats) and the Populars (the people). It had various functions, the most important being to control the foreign policy and finances of the Roman nation. Initially, the Roman Senate was made up of 300 members, although later this number rose to 900 senators.
Instead, the Athenian Assembly, called Ekklesia, was the deliberative body of Athenian democracy, in which all free men of a certain purchasing power gathered to make the main decisions of the polis. Because there was no limit on the number of free men, these assemblies did not have a certain number of members, which used to far exceed thousands of people.
Answer:
B) has no new stars being formed.
Explanation:
An elliptical galaxy is primarily defined as the kind of galaxy that is a gathering of billions of stars bound gravitationally. The stars in such a galaxy orbit in an egg-shaped projection around the focus/center of mass.
As per the question, an elliptical galaxy 'has no new stars being formed.' It rather contains older stars having low mass and gas. <u>The first and second options are incorrect as an elliptical galaxy follows an egg-shaped pattern that denies both the claims 'spiral-shaped and has no recognizable shape.' The last option is wrong as the stars in such a galaxy are old and therefore, contain less gas</u>. Thus, <u>option B</u> is the correct answer.
