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CBSE Class 12 Economics Question Paper 2024 (Set 3- 58/5/3) with Answer Key
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Collegedunia Team

Content Curator | Updated On - Aug 29, 2024

CBSE Class 12 Economics Question Paper 2024 PDF (Set 3- 58/5/3) is available for download here. CBSE conducted the Economics exam on March 18, 2024 from 10:30 AM to 1:30 PM. The total marks for the theory paper are 80. The question paper will contain 20% MCQ-based questions, 40% competency-based questions, and 40% short and long answer type questions.

CBSE Class 12 Economics Question Paper 2024 (Set 3- 58/5/3) with Answer Key

CBSE Class 12 Economics Question Paper 2024 PDF CBSE Class 12 Economics Answer Key 2024 PDF CBSE Class 12 Economics Solution 2024 PDF
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CBSE CLASS XII Questions

1.

What is the Planning Process?

      2.
      A circular disc is rotating about its own axis. An external opposing torque 0.02 Nm is applied on the disc by which it comes rest in 5 seconds. The initial angular momentum of disc is

        • $0.1\,kgm^2s^{-1}$
        • $0.04\,kgm^2s^{-1}$
        • $0.025\,kgm^2s^{-1}$
        • $0.01\,kgm^2s^{-1}$

        3.
        A capillary tube of radius r is dipped inside a large vessel of water. The mass of water raised above water level is M. If the radius of capillary is doubled, the mass of water inside capillary will be

          • 5M
          • 2M
          • \(\frac M4\)

          • M

          4.

          Evaluate \(\begin{vmatrix} cos\alpha cos\beta &cos\alpha sin\beta  &-sin\alpha \\   -sin\beta&cos\beta  &0 \\   sin\alpha cos\beta&sin\alpha\sin\beta  &cos\alpha  \end{vmatrix}\)

              5.
              A boy of mass 50 kg is standing at one end of a, boat of length 9 m and mass 400 kg. He runs to the other, end. The distance through which the centre of mass of the boat boy system moves is

                • 0
                • 1 m

                • 2 m

                • 3 m

                6.
                A series LCR circuit with R = 20 W, L = 1.5 H and C = 35 μF is connected to a variable-frequency 200 V ac supply. When the frequency of the supply equals the natural frequency of the circuit, what is the average power transferred to the circuit in one complete cycle?

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