Objectivist Epistemology is a college of thinking that states the real world is independent of the individual conscious mind.
<h3>What is Objectivist Epistemology?</h3>
Objectivist Epistemology is a branch of epistemology aimed at understanding the real validity of natural phenomena beyond the human conscious mind.
Objectivist Epistemology and critical thinking are analyzed by Ayn Rand in the authored book 'Introduction to Objectivist Epistemology'.
In conclusion, Objectivist Epistemology is a college of thinking that states the real world is independent of the individual conscious mind.
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Answer:
Hmm I think it would be x lol
Explanation:
The factor that may determine the topics covered on different media platforms is Relevance of a specific news of interest.
<h3>What are media platforms?</h3>
Media platforms are known to be modern technologies and set ups that gives room for people such as writers or “producers” and also readers so as to make use of the media more efficiently.
Note that the issue of Relevance of the news is a factor that may determine the topics covered on different media platforms as it ranges from what is currently going on in a specific place or the world at large that is of interest to the people.
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A its the first 1 its A Trust me
The acceleration of the pendulum mass D is; r"_d = [x''(t) + lθ'' cos θ - lθ'² sin θ]i - l[θ'' sin θ - θ'² cos θ]j
<h3>What is Kinematics of particles?</h3>
Kinematics is the study of the geometry of motion of particles, rigid bodies, etc., disregarding the forces associated with these motions. However, Kinematics of a particle is the motion of a point in space.
From the sample problem, we can solve it using the (x, y, z) coordinate system to get;
r_c = x(t) i
r_d = [x(t) + l sin θ]i + l cos θ j
Finding the first derivative of r_d gives velocity as;
r'_d = [x'(t) + lθ' cos θ]i - lθ' sin θ j
Taking the second derivative of r_d gives the acceleration as;
r"_d = [x''(t) + lθ'' cos θ - lθ'² sin θ]i - l[θ'' sin θ - θ'² cos θ]j
A sample problem of kinematics of particles is;
A block C slides along the horizontal rod, while a pendulum attached to the block can swing in the vertical plane. Find the acceleration of
the pendulum mass D.
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