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

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Why is a low-density liquid used as a manometric liquid in a physics laboratory?

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

What is an incompressible fluid?

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

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Obtain an expression for conservation of mass starting from the equation of continuity.

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

The speed of water is 2m/s through a pipe of internal diameter 10 cm. What should be the internal diameter of the nozzle of the pipe if the speed of the water at nozzle is 4 m/s?

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

With what velocity does water flow out of an orifice in a tank with gauge pressure 4 × 105 N/m2 before the flow starts? Density of water = 1000 kg/m3.

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

A big dumb-bell is prepared by using a uniform rod of mass 60 g and length 20 cm. Two identical solid spheres of mass 25 g and radius 10 cm each are at the two ends of the rod. Calculate the moment of inertia of the dumb-bell when rotated about an axis passing through its centre and perpendicular to the length.

[1] Rotational Dynamics
Chapter: [1] Rotational Dynamics
Concept: undefined >> undefined

Why two or more mercury drops form a single drop when brought in contact with each other?

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

The pressure of water inside a closed pipe is 3 × 105 N/m2. This pressure reduces to 2 × 105 N/m2 on opening the valve of the pipe. Calculate the speed of water flowing through the pipe. [Density of water = 1000 kg/m3].

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

How much work is required to form a bubble of 2 cm radius from the soap solution having surface tension 0.07 N/m?

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

A rectangular wireframe of size 2 cm x 2 cm, is dipped in a soap solution and taken out. A soap film is formed, if the size of the film is changed to 3 cm x 3 cm, Calculate the work done in the process. The surface tension of the soap film is 3 x 10-2 N/m.

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

Unit of the coefficient of viscosity is ______ 

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

Two capillary tubes of radii 0.6 cm and 0.3 cm are dipped in the same liquid. The ratio of heights through which the liquid will rise in the tubes is ______.

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

The average energy per molecule is proportional to ______ 

[3] Kinetic Theory of Gases and Radiation
Chapter: [3] Kinetic Theory of Gases and Radiation
Concept: undefined >> undefined

What is the surface film? 

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

What are cohesive forces?

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

State properties of an ideal fluid.

[2] Mechanical Properties of Fluids
Chapter: [2] Mechanical Properties of Fluids
Concept: undefined >> undefined

Does the angle of banking depend on the mass of the vehicle?

[1] Rotational Dynamics
Chapter: [1] Rotational Dynamics
Concept: undefined >> undefined

During ice ballet, while in the outer rounds, why do the dancers outstretch their arms and legs.

[1] Rotational Dynamics
Chapter: [1] Rotational Dynamics
Concept: undefined >> undefined

A hollow sphere has a radius of 6.4 m. what is the minimum velocity required by a motorcyclist at the bottom to complete the circle. 

[1] Rotational Dynamics
Chapter: [1] Rotational Dynamics
Concept: undefined >> undefined

A bend in a level road has a radius of 100m. find the maximum speed which a car turning this bend may have without skidding if the coefficient of friction between the tires and road is 0.8. 

[1] Rotational Dynamics
Chapter: [1] Rotational Dynamics
Concept: undefined >> undefined
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