Answer:
x = -3/2 ± i(√11)/2
Step-by-step explanation:
The quadratic formula can be used directly, but I find it convenient to divide by 14 first:
x^2 +3x +5 = 0
The solution to ...
ax^2 +bx +c = 0
is given by the formula ...
x = (-b ±√(b^2 -4ac))/(2a)
Here, we have a=1, b=3, c=5, so the formula gives the solutions ...
x = (-3 ±√(3^2 -4·1·5))/(2·1) = -3/2 ± i(√11)/2 . . . . . solutions are complex
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:
The length of TQ is 14.
Step-by-step explanation:
The length of SV and VS are the same.
4x - 1 = 15
4x = 16
x = 4
Similarly, the length of TS and TQ are the same.
3x + 2 = 3(4) + 12 = 14
Answer:
x=-3
Step-by-step explanation:
follow the PEMDAS method then see if the 2 equation equal each other after plugging in the x.
2t + 8 ≥ -4(t+1)
PEMDAS
2t + 8 ≥ -4t - 4
2t + 12 ≥ -4t
12 ≥ -6t
-2 ≤ t
