The right outlined in the ‘Declaration of the Rights of Man and Citizen’ approved by the National Assembly of France on August 26, 1789, were NOT extended to
A) the clergy
B) The nobility
C) The commoners
D) The women
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Minutes of a meeting, once approved cannot be changed.
Minutes are the factual and official records of the proceedings of the meeting in the form of decisions and resolutions. Minutes are the legal evidence of the proceedings conducted in a...
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The standards and formats for presenting text and graphics on the internet are developed and approved by __________ governing authorities.
(D) World Wide Web
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4. The value of \( \left(\frac{1}{2}\right)^{-2}+\left(\frac{1}{3}\right)^{-2}+\left(\frac{1}{4}\right)^{-2} \) is (a) \( \frac{61}{144} \) (b) \( \frac{144}{61} \) (c) 29 (d) none of these
Correct answer is:- (c) 29 Explanation:- 1/2-2 + 1/3-2 + 1/4-2 = 22 + 32 + 42 (x-1 = 1/x) = 4 + 9 + 16 = 29
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The standards and formats for presenting __________ and __________ on the internet are developed and approved by world.
(B) Text, (C) graphics
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Who prepared “The Declaration of Rights of Man and Citizen” are the base for the civil
D) Thomas Jefferson – France
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“Declaration of Rights of Men” was prepared by French Revolutionaries in
“Declaration of Rights of Men” was prepared by French Revolutionaries in 1791
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Identify the item which is in the Declaration of Rights of Man and Citizen:
A) Both are exist.
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The universal declaration of Human Rights was proposed by
The universal declaration of Human Rights was proposed by U.N.O
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Consider a particle of mass \( m \) having linear momentum \( P \) at position \( r \) relative to the origin \( O \). Which of the following equations correctly relates \( r , P , L \) ? a) \( \left[\left(\frac{d L}{d t}\right)+r x\left(\frac{d P}{d t}\right)\right]=0 \) b) \( \left[\left(\frac{d L}{d t}\right)-r x\left(\frac{d P}{d t}\right)\right]=0 \) c) \( \left[\left(\frac{d L}{d t}\right) \times\left(\frac{d r}{d t}\right) \times P\right]=0 \) d) \( \left[\left(\frac{d L}{d t}\right)-\left(\frac{d r}{d t}\right) \times P\right]=0 \)
Correct answer is (b) We know that \(\tau\) = r × F ∵ \(\tau\) \(= \frac{dL}{dt},\) \(F = \frac{dP}{dt}\) \(\left(\frac{dL}{dt}\right) = r \times \left(\frac{dP}{dt}\right)\) \(\left(\frac{dL}{dt}\right) - r \times \left(\frac{dP}{dt}\right) = 0\)
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