Law
Question : Directions: B % D means B is the brother of D; B & D means B is the mother of D; B × D means B is the husband of D; B # D means B is the sister of D; B + D means B is the son of D; B @ D means B is the father of D. Which of the following statements is correct regarding the given expression? P % Q + S # R % U × T
Option 1: P is the son of T
Option 2: S is the brother-in-law of T
Option 3: U is the mother’s brother of P
Option 4: P is the daughter of T
Correct Answer: U is the mother’s brother of P
Solution : Given: B % D ⇒ B is the brother of D B & D ⇒ B is the mother of D B × D ⇒ B is the husband of D B # D ⇒ B is the sister
Question : What is the name of the law that causes the demand curve to slope downward?
Option 1: Consumer equilibrium
Option 2: Utility minimization
Option 3: Utility maximization
Option 4: Diminishing marginal utility
Correct Answer: Diminishing marginal utility
Solution : Law of diminishing marginal utility:- The marginal utility of a commodity decreases as the quantity of goods increases, according to this principle. As a result, as the quantity increases, prices fall while demand rises. As a result, when prices are lower, consumers will
Question : Who is the Chairman of the 20th Law Commission?
Option 1: Justice Usha Mehra
Option 2: Justice J.S. Verma
Option 3: Justice K.G. Balakrishnan
Option 4: Justice D.K. Jain
Correct Answer: Justice D.K. Jain
Solution : Correct answer is Justice D.K. Jain
The Law Commission of India is an executive body whose chief function is legal reforms in the country.
Justice D. K. Jain, Judge, Supreme Court of India, is the Chairman of the Twentieth Law Commission of India.
Question : The value of $\frac{3\left(\operatorname{cosec}^2 26^{\circ}-\tan ^2 64^{\circ}\right)+\left(\cot ^2 42^{\circ}-\sec ^2 48^{\circ}\right)}{\cot \left(22^{\circ}-\theta\right)-\operatorname{cosec}^2\left(62^{\circ}+\theta\right)-\tan \left(\theta+68^{\circ}\right)+\tan ^2\left(28^{\circ}-\theta\right)}$ is:
Option 1: 3
Option 2: 4
Option 3: –1
Option 4: –2
Correct Answer: –2
Solution : $\frac{3\left(\operatorname{cosec}^2 26^{\circ}-\tan ^2 64^{\circ}\right)+\left(\cot ^2 42^{\circ}-\sec ^2 48^{\circ}\right)}{\cot \left(22^{\circ}-\theta\right)-\operatorname{cosec}^2\left(62^{\circ}+\theta\right)-\tan \left(\theta+68^{\circ}\right)+\tan ^2\left(28^{\circ}-\theta\right)}$ $= \frac{3\left(\operatorname{sec}^2 64^{\circ}-\tan ^2 64^{\circ}\right)+\left(\cot ^2 42^{\circ}-\operatorname{cosec} ^2 42^{\circ}\right)}{\tan \left(68^{\circ}+\theta\right)-\operatorname{cosec}^2\left(62^{\circ}+\theta\right)-\tan \left(\theta+68^{\circ}\right)+\cot ^2\left(62^{\circ}+\theta\right)}$ $= \frac{3\left(1\right)+\left(\cot ^2 42^{\circ}-1-\cot ^2 42^{\circ}\right)}{-(\operatorname{cosec}^2\left(62^{\circ}+\theta\right)-\cot ^2\left(62^{\circ}+\theta\right))}$ $= \frac{3-1}{-1}$ $= -2$ Hence, the correct answer is –2.
Question : The first law of thermodynamics is simply the case of:
Option 1: Charle's law
Option 2: Newton's law
Option 3: The law of heat exchange
Option 4: The law of conservation of energy
Correct Answer: The law of conservation of energy
Solution : The correct option is The law of conservation of energy.
The law of conservation of energy is used in the first law of thermodynamics. According to it, energy can only alter its form and cannot be created or destroyed in
Question : Whose law states that at a junction in an electric circuit, the sum of the currents flowing into the junction is equal to the sum of the currents flowing out of the junction?
Option 1: Michael Faraday
Option 2: Georg Simon Ohm
Option 3: Victor Francis Hess
Option 4: Gustav Robert Kirchhoff
Correct Answer: Gustav Robert Kirchhoff
Solution : The correct option is Gustav Robert Kirchhoff.
Kirchhoff's Current Law, formulated by Gustav Kirchhoff, states that at any junction (or node) in an electric circuit, the algebraic sum of the currents entering the junction is equal to the algebraic sum of the
Question : As per provisions of the Charter Act of 1833, a Law Commission (for consolidating, codifying and improving Indian laws) was constituted under the chairmanship of :
Option 1: Lord Bentinck
Option 2: Raja Ram Mohan Roy
Option 3: Lord Macaulay
Option 4: Lord Dalhousie
Correct Answer: Lord Macaulay
Solution : The correct option is Lord Mcaulay.
The Law Commission, constituted under the provisions of the Charter Act of 1833, was initially chaired by Lord Macaulay. Lord Macaulay was a British statesman, historian, and writer, and he played a significant role in the drafting,
Question : Comprehension: Read the given passage and answer the questions that follow. As legend has it, Rome was founded in 753 B.C. by Romulus and Remus, twin sons of Mars, the god of war. They had been left to drown in a basket on the Tiber River by a king of a nearby region and were rescued by a she-wolf. The twins lived to defeat that king and founded their city on the river's banks in 753 B.C. After killing his brother, Romulus became the first king of Rome, which is named after him. A line of Sabine, Latin, and Etruscan (earlier Italian civilisations) kings followed in a non-hereditary succession. Rome's era as a monarchy ended in 509 B.C. with the overthrow of its seventh king, Lucius Tarquinius Superbus, whom ancient historians portrayed as cruel and tyrannical, compared to his benevolent predecessors. Rome has now turned from a monarchy into a republic. The power of the monarch passed to two annually elected magistrates called consuls. They also served as commanders-in-chief of the army. The magistrates, though elected by the people, were largely the descendants of the original senators from the time of Romulus. In 450 B.C., the first Roman law code was inscribed on 12 bronze tablets-known as the Twelve Tables—and publicly displayed in the Roman Forum. These laws included issues of legal procedure, civil rights, and property rights and provided the basis for all future Roman civil laws. By around 300 B.C., real political power in Rome was centered in the Senate.
Question: Rome became a republic in _____.
Option 1: 509 B.C.
Option 2: 450 B.C.
Option 3: 753 B.C.
Option 4: 300 B.C.
Correct Answer: 509 B.C.
Solution : The correct choice is the first option.
Explanation: The passage explicitly states: "Rome's era as a monarchy ended in 509 B.C. with the overthrow of its seventh king," signifying the transition from a monarchy to a republic. This date marks the shift in Rome's
Question : According to the law of diminishing marginal utility, as a consumer consumes more of a good:
Option 1: The total utility derived from the good increases at a decreasing rate.
Option 2: The marginal utility derived from the good increases at a decreasing rate.
Option 3: The total utility derived from the good decreases at a decreasing rate.
Option 4: The marginal utility derived from the good decreases at a decreasing rate.
Correct Answer: The marginal utility derived from the good decreases at a decreasing rate.
Solution : The correct answer is (d) The marginal utility derived from the good decreases at a decreasing rate.
According to the law of diminishing marginal utility, as a consumer consumes more of a good, the
Question : Directions: Pointing to a portrait of a lady, Kanika said, "Her daughter-in-law is the wife of my son's grandfather's only son." How is the lady in the portrait related to Kanilka?
Option 1: Mother-in-law
Option 2: Mother
Option 3: Paternal aunt
Option 4: Sister-in-law
Correct Answer: Mother-in-law
Solution : Following the instructions of the question, the family tree will be –
Here, the quadrilateral represents the male and the circular figure represents the female in the figure.
So, the lady in the portrait is the mother-in-law of Kanika. Hence, the first option is correct.
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