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HSC Science (Computer Science) 12th Standard Board Exam - Maharashtra State Board Important Questions

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In Young’s double-slit experiment, if there is no initial phase difference between the light from the two slits, a point on the screen corresponds to the 5th minimum. What is the path difference? 

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Chapter: [7] Wave Optics
Concept: Nature of Light

Why two light sources must be of equal intensity to obtain a well-defined interference pattern?

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Chapter: [7] Wave Optics
Concept: Interference

What is the relation between phase difference and Optical path in terms of speed of light in a vacuum?

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Chapter: [7] Wave Optics
Concept: Concept of Wave Optics

Draw a neat labelled ray diagram of the Fresnel Biprism experiment showing the region of interference. 

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Chapter: [7] Wave Optics
Concept: Interference

Explain the reflection of light at a plane surface with the help of a neat ray diagram. 

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Chapter: [7] Wave Optics
Concept: Reflection of Light at a Plane Surface

Explain constructive and destructive interference with the help of a diagram?

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Chapter: [7] Wave Optics
Concept: Interference

Plane wavefront of Light of wavelength 6000 Å is incident on two slits on a screen perpendicular to the direction of light rays. If the total separation of 10 brights fringes on a screen 2m away is 2 cm, find the distance between the slits.

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Chapter: [7] Wave Optics
Concept: Reflection of Light at a Plane Surface

With the help of a neat diagram, explain the reflection of Light on a plane-reflecting surface.

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Chapter: [7] Wave Optics
Concept: Reflection of Light at a Plane Surface

Two tuning forks of frequencies 320 Hz and 340 Hz are sounded together to produce a sound wave. The velocity of sound in air is 326.4 m/s. Calculate the difference in wavelengths of these waves.

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Chapter: [7] Wave Motion
Concept: Beats

Explain the construction and propagation of a spherical wavefront using Huygens's principle.

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Chapter: [7] Wave Optics
Concept: Huygens’ Theory

In biprism experiment, the distance of 20th bright band from the central bright band is 1.2 cm. Without changing the experimental set-up, the distance of 30th bright band from the central bright band will be ______.

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Chapter: [7] Wave Optics
Concept: Interference

The fundamental frequency of an air column in a pipe closed at one end is in unison with the third overtone of an open pipe. Calculate the ratio of lengths of their air columns

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Chapter: [8] Stationary Waves
Concept: Study of Vibrations of Air Columns

If sound waves are reflected from surface of denser medium, there is phase change of.......

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Chapter: [8] Stationary Waves
Concept: Forced Oscillations and Resonance

Hence show that the distance between node and adjacent antinode is λ/4

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Chapter: [8] Stationary Waves
Concept: Formation of Stationary Waves on String

What are the forced vibrations and resonance?

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Chapter: [8] Stationary Waves
Concept: Free and Forced Vibrations

In a set, 21 turning forks are arranged in a series of decreasing frequencies. Each tuning fork produces 4 beats per second with the preceding fork. If the first fork is an octave of the last fork, find the frequencies of the first and tenth fork.

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Chapter: [8] Stationary Waves
Concept: Study of Vibrations of Air Columns

The fundamental frequency of transverse vibration of a stretched string of radius r is proportional to _______.

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Chapter: [8] Stationary Waves
Concept: Formation of Stationary Waves on String

The value of end correction for an open organ pipe of radius 'r' is .........................

A) 0.3 r

B) 0.6 r

C) 0.9 r

D) 1.2 r

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Chapter: [8] Stationary Waves
Concept: Study of Vibrations of Air Columns

Distinguish between forced vibrations and resonance.

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Chapter: [8] Stationary Waves
Concept: Free and Forced Vibrations

Draw neat, labelled diagrams for the modes of vibration of a stretched string in second harmonic and third harmonic.

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Chapter: [8] Stationary Waves
Concept: Study of Vibrations in a Finite Medium
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