A riparian rights classification of water rights includes the two smaller sub-classifications of navigable and non-navigable waterways
Riparian rights is a system of rights over water for those who live along the path of a stream or river.
The general principle is that those owing land adjoining a body of water have a right to make reasonable use of it. This is because the water flows through their properties.
Under the United States law, navigable waterways are considered a public good, comparable to public highways. Thus, no person can have exclusive riparian rights over such rivers. The state exercises ownership and control over these water bodies.
But non-navigable waterways are considered privately or jointly owned, depending on its location.
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The zero.
Two thousand years ago, the ancient Maya developed one of the most advanced civilizations in the Americas. They developed a written language of hieroglyphs and invented the mathematical concept of zero. With their expertise in astronomy and mathematics, the Maya developed a complex and accurate calendar system.
The Madisonian model designs a structure of government in which power is divided in three independent branches: legislative, executive and judicial. The main aim is to keep power balanced. Each of the powers can check on the others and prevent that they exceed their functions. None of the three powers could gather such a large amount of power to rule over the others, without being punished. Hence tyranny cannot be imposed.
All this ideas regarding the division of powers and the efficiency of this system on the control of tyranny, come from the <em>The Spirit of the Laws (1748)</em>, written by the French philosopher Montesquieu.
Answer:
The options.
A) Planet B has an orbital period 64 times shorter than Planet A.
B) Planet B has an orbital period 4 times shorter than Planet A.
C) Planet B has an orbital period 64 times longer than Planet A.
D) Planet B has an orbital period 4 times longer than Planet A.
E) Planet B has an orbital period 8 times longer than Planet A.
The CORRECT ANSWER IS E)
E) Planet B has an orbital period 8 times longer than Planet A.
Explanation:
Using P2 = a3 to do the estimation.
Let the size of the orbit (a) be represented in astronomical units (1 AU is the average distance between the Earth and Sun) and the period (P) is estimated in years, then Kepler's Third Law says P2 = a3.
It implies that:
A) the period of a planet is independent on its mass.
B) all orbits that possess equal semimajor axis possesses equal period.
C) planets that very distant from the Sun moves slowly than those that are nearer to the sun.
P2 = a3
Given, a =2
P2 = (2)^3
P2 = 8
E) Planet B has an orbital period 8 times longer than Planet A