John Locke's ideas related to government focus on the separation of powers and respect for the individual rights of citizens.
<h3>Who was John Locke?</h3>
John Locke (1632-1704) was a British philosopher who stands out as one of the most important thinkers in history in the field of political philosophy, English empiricism, and classical liberalism.
<h3>What were his outstanding ideas?</h3>
Some of the most popular and important postulates of John Locke were:
- The State's main mission is to protect the three natural rights: life, liberty and private property.
- Individuals have a fourth right, the right to defend these rights, as well as any other individual freedom of citizens.
- The citizen cedes some rights to the State through a written consensus or constitution.
- The government must be made up of a king and a parliament. Parliament is where popular sovereignty is expressed and where laws are made that must be followed by both the king and the people.
- He described the separation of legislative and executive power.
- The authority of the State is sustained by the principles of popular sovereignty and legality.
- Power is not absolute but must respect human rights.
Learn more about John Locke in: brainly.com/question/13346823
Answer:
Hello! five hundred seven and seven hundredths in a decimal notation, is : a x 10ʙ
<span>((x+deltaX)^2+x+deltaX-(x^2+x))/deltaX = (x^2 + 2x delta x + (delta x)^2 + x + delta x - x^2 - x) / delta x = delta x (2x + delta x + 1) / delta x = 2x + delta x + 1
Therefore, </span>Lim as x tends to 0 of <span>((x + delta X)^2 + x + deltaX - (x^2 + x)) / deltaX</span> = 1 + delta x
A contradiction is:always true never false hope this helps
Answer:
Step-by-step explanation:
First you need to break the shape up to rectangles to make it easier to solve.
bottom rectangle : 15 x 3 = 45m^2
Top rectangle : 12 x 3=36m^2
Middle rectangle : 12-3-3=6 (because we already solved the top and bottom part of it)
we need to work out the base so we do 15-5= 5cm
6 x 5 = 30m^2
add them all together
30+36+45=111m^2
