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Tamil Nadu Board of Secondary EducationHSC Science इयत्ता ११

HSC Science इयत्ता ११ - Tamil Nadu Board of Secondary Education Question Bank Solutions for Physics

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Physics
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Distinguish between cohesive and adhesive forces.

[7] Properties of Matter
Chapter: [7] Properties of Matter
Concept: undefined >> undefined

What are the factors affecting the surface tension of a liquid?

[7] Properties of Matter
Chapter: [7] Properties of Matter
Concept: undefined >> undefined

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What do you mean by capillarity or capillary action?

[7] Properties of Matter
Chapter: [7] Properties of Matter
Concept: undefined >> undefined

A drop of oil placed on the surface of water spreads out. But a drop of water place on oil contracts to a spherical shape. Why?

[7] Properties of Matter
Chapter: [7] Properties of Matter
Concept: undefined >> undefined

Obtain an expression for the excess of pressure inside a

  1. liquid drop
  2. liquid bubble
  3. air bubble
[7] Properties of Matter
Chapter: [7] Properties of Matter
Concept: undefined >> undefined

What is capillarity?

[7] Properties of Matter
Chapter: [7] Properties of Matter
Concept: undefined >> undefined

Obtain an expression for the surface tension of a liquid by the capillary rise method.

[7] Properties of Matter
Chapter: [7] Properties of Matter
Concept: undefined >> undefined

A capillary of diameter d mm is dipped in water such that the water rises to a height of 30 mm. If the radius of the capillary is made `(2/3)` of its previous value, then compute the height up to which water will rise in the new capillary?

[7] Properties of Matter
Chapter: [7] Properties of Matter
Concept: undefined >> undefined

A spherical soap bubble A of radius 2 cm is formed inside another bubble B of radius 4 cm. Show that the radius of a single soap bubble which maintains the same pressure difference as inside the smaller and outside the larger soap bubble is lesser than the radius of both soap bubbles A and B.

[7] Properties of Matter
Chapter: [7] Properties of Matter
Concept: undefined >> undefined

Why coffee runs up into a sugar lump (a small cube of sugar) when one corner of the sugar lump is held in the liquid?

[7] Properties of Matter
Chapter: [7] Properties of Matter
Concept: undefined >> undefined

Deduce Charles’ law based on kinetic theory.

[9] Kinetic Theory of Gases
Chapter: [9] Kinetic Theory of Gases
Concept: undefined >> undefined

Deduce Boyle’s law based on kinetic theory.

[9] Kinetic Theory of Gases
Chapter: [9] Kinetic Theory of Gases
Concept: undefined >> undefined

Deduce Avogadro’s law based on kinetic theory.

[9] Kinetic Theory of Gases
Chapter: [9] Kinetic Theory of Gases
Concept: undefined >> undefined

A sound wave whose frequency is 5000 Hz travels in air and then hits the water surface. The ratio of its wavelengths in water and air is ______.

[11] Waves
Chapter: [11] Waves
Concept: undefined >> undefined

What is meant by an echo? Explain.

[11] Waves
Chapter: [11] Waves
Concept: undefined >> undefined

Write short notes on reflection of sound waves from plane and curved surfaces.

[11] Waves
Chapter: [11] Waves
Concept: undefined >> undefined

Discuss in detail the energy in simple harmonic motion.

[10] Oscillations
Chapter: [10] Oscillations
Concept: undefined >> undefined

Show that for a particle executing simple harmonic motion.

  1. the average value of kinetic energy is equal to the average value of potential energy.
  2. average potential energy = average kinetic energy = `1/2` (total energy)

Hint: average kinetic energy = <kinetic energy> = `1/"T" int_0^"T" ("Kinetic energy") "dt"` and

average potential energy = <potential energy> = `1/"T" int_0^"T" ("Potential energy") "dt"`

[10] Oscillations
Chapter: [10] Oscillations
Concept: undefined >> undefined

Write a note on the triangulation method and radar method to measure larger distances.

[1] Nature of Physical World and Measurement
Chapter: [1] Nature of Physical World and Measurement
Concept: undefined >> undefined

An object of mass m begins to move on the plane inclined at an angle θ. The coefficient of static friction of inclined surfaces is µs. The maximum static friction experienced by the mass is ______

[3] Laws of Motion
Chapter: [3] Laws of Motion
Concept: undefined >> undefined
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