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HSC Science (Computer Science) 12th Standard Board Exam - Maharashtra State Board Question Bank Solutions for Physics

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Physics
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Explain the use of Wheatstone's metre bridge to determine an unknown resistance.

[13] Current Electricity
Chapter: [13] Current Electricity
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What is banking of a road? 

[1] Rotational Dynamics
Chapter: [1] Rotational Dynamics
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Why it is necessary banking of a road?

[1] Rotational Dynamics
Chapter: [1] Rotational Dynamics
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State sign convention of Kirchhoff's voltage law.

[9] Current Electricity
Chapter: [9] Current Electricity
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Give Einstein's explanation of the photoelectric effect.

[14] Dual Nature of Radiation and Matter
Chapter: [14] Dual Nature of Radiation and Matter
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A 2-m long thin and straight metal wire carries a positive charge of 3 µ C. (a) What is the linear charge density on the wire? (b) Hence, find the electric intensity at a point 1.5 m away from the centre of the wire.

[8] Electrostatics
Chapter: [8] Electrostatics
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Express Faraday-Lenz's law of electromagnetic induction in an equation form.

[12] Electromagnetic Induction
Chapter: [12] Electromagnetic Induction
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A conductor in the form of a circular arc of the radius of curvature R subtends an angle Ø at its centre of curvature. If the current in the conduct is I, the magnetic induction at the centre of curvature is ______.

[12] Electromagnetic Induction
Chapter: [12] Electromagnetic Induction
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What is the ripple factor?

[16] Semiconductor Devices
Chapter: [16] Semiconductor Devices
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A curved road 5 m wide is to be designed with a radius of curvature 900 m. What should be the elevation of the outer edge of the road above the inner edge optimum speed of the vehicles rounding the curve is 30 m/s.

[1] Rotational Dynamics
Chapter: [1] Rotational Dynamics
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With an unknown resistance X in the left gap and a resistance of 30 Ω of the gap of a metre bridge, the null point is obtained at 40 cm from the left end of the wire. Find the unknown resistance. Also, find the shift in the null point when resistance in each gap is shunted by a resistance of 8 Ω.

[13] Current Electricity
Chapter: [13] Current Electricity
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The centripetal acceleration of the bob of a conical pendulum is, in the usual notation, ______.

[1] Rotational Dynamics
Chapter: [1] Rotational Dynamics
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Explain in brief the basic construction of a moving-coil table galvanometer whit a neat labelled diagram.

[14] Magnetic Effects of Electric Current
Chapter: [14] Magnetic Effects of Electric Current
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A cyclist is undertaking horizontal circles inside a cylindrical well of radius 5 m. If the friction coefficient is 0.5, what should be the minimum speed of the cyclist?

[1] Rotational Dynamics
Chapter: [1] Rotational Dynamics
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Calculate (i) the pressure due to the weight of the water at a depth of 2.5 m and (ii) the depth below the surface of water at which the pressure due to the weight of the water equals 1.0 atm.

[6] Surface Tension
Chapter: [6] Surface Tension
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If the frequency of the input voltage 50 Hz is applied to a full wave rectifier, what will be the output frequency?

[16] Semiconductor Devices
Chapter: [16] Semiconductor Devices
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The angular displacement of a particle in 6 sec on a circle with angular velocity `pi/3` rad/sec is ______.

[3] Angular Momentum
Chapter: [3] Angular Momentum
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The surface tension of boiling water is ______.

[6] Surface Tension
Chapter: [6] Surface Tension
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A drop of water of radius 8 mm breaks into number of droplets each of radius 1 mm. How many droplets will be formed?

[6] Surface Tension
Chapter: [6] Surface Tension
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State Kirchhoff's current law sign conventions

[9] Current Electricity
Chapter: [9] Current Electricity
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