If first wave of feminism was focused on Right to vote, the second wave of feminism was focused on
A) Education and health
B) Industrialisation
C) Investment
D) For exploration of markets
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(a) In politics we will be recognizing the principle of ‘one man one vote’ and ‘one vote one value’.
(a) Which principles will we be recognizing in politics? (b) Which expression did the politically-minded Indians prefer? (c) What does fraternity mean?
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The chairman has the right of casting vote.
A casting vote is a special type of vote given only by the Chairman of the meeting. It is an additional vote given to the Chairman in case of equality of...
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In this country the Right to Vote was given only the who owned land and properties
Answer is (D) England
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In England the Right to Vote was gradually extended to all in
In England the Right to Vote was gradually extended to all in 1928
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The French women won the right to vote in
The French women won the right to vote in 1946
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In which of the following years British women acquired right to vote ?
Correct option is B) 1918
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Under the constitution, all people were given the right to vote and the right of insurrection.
Answer is(A) Jacobin
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Find the incorrect set. A) Right to vote to British women – 1918
C) First World War – 1939 to 1945
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Find the incorrect set/statement. A) Right to vote to British women – 1918
D) Bismarck’s aliance with Austria – 1907
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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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