(English Medium)
Academic Year: 2015-2016
Date & Time: 15th March 2016, 1:00 pm
Duration: 2h
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Question 1 to Question 4 is compulsory.
Attempt any four From Question 5 to Question 10
Give an example of a non-contact force which is always of attractive nature
Chapter: [0.01] Force
How does the magnitude of this non-contact force on the two bodies depend on the distance of separation between them?
Chapter: [0.01] Force
A boy weighing 40 kgf climbs up a stair of 30 steps each 20 cm high in 4 minutes and a girl weighing 30 kgf does the same in 3 minutes. Compare:
- The work done by them.
- The power developed by them.
Chapter: [0.02] Work, Energy and Power
With reference to the terms Mechanical Advantage, Velocity Ratio and efficiency of a machine, name and define the term that will not change for the machine of a given design.
Chapter: [0.03] Machines
Calculate the mass of ice required to lower the temperature of 300 g of water 40°C to water at 0°C.
(Specific latent heat of ice = 336 J/g, the Specific heat capacity of water = 4.2J/g°C)
Chapter: [0.11] Calorimetry
What do you understand by the following statements:
The heat capacity of the body is 60JK-1.
Chapter: [0.11] Calorimetry
What do you understand by the following statements:
The specific heat capacity of lead is 130 Jkg-1K-1.
Chapter: [0.11] Calorimetry
State two factors upon which the heat absorbed by a body depends
Chapter: [0.11] Calorimetry
A boy uses the blue colour of light to find the refractive index of glass. He then repeats the experiment using the red colour of light. Will the refractive index be the same or different in the two cases? Give a reason to support your answer.
Chapter: [0.04] Refraction of Light at Plane Surfaces
Copy the diagram given below and complete the path of the light ray till it emerges out of the prism. The critical angle of glass is 42°. In your diagram mark the angles wherever necessary.
Chapter: [0.04] Refraction of Light at Plane Surfaces
State the dependence of angle of deviation On the refractive index of the material of the prism.
Chapter: [0.04] Refraction of Light at Plane Surfaces
State the dependence of angle of deviation On the wavelength of light
Chapter: [0.04] Refraction of Light at Plane Surfaces
The ratio of amplitude of two waves is 3:4. What is the ratio of their loudness?
Chapter: [0.07] Sound
The ratio of the amplitude of two waves is 3:4. What is the ratio of their Frequencies?
Chapter: [0.07] Sound
State the ways by which the frequency of transverse vibrations of a stretch string can be increased
Chapter: [0.07] Sound
The V-I graph for a series combination and for a parallel combination of two resistors is shown in the figure below. Which of the two A or B. represents the parallel combination? Give reasons for your answer.
Chapter: [0.08] Current Electricity
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The music system draws a current of 400 mA when connected to a 12 V battery.
- What is the resistance of the music system?
- The music system if left playing for several hours and finally the battery voltage drops and the music system stops playing when the current drops to 320 mA. At what battery voltage does the music system stop playing?
Chapter: [0.08] Current Electricity
Calculate the quantity of heat produced in a 20 Ω resistor carrying 2.5 A current in 5 minutes.
Chapter: [0.08] Current Electricity
State two characteristics of a good thermion emitter.
Chapter: [0.11] Calorimetry [0.11] Calorimetry
An element `""_ZS^A` decays to `""_85R^222` after emitting 2 α particles and 1 β particle.
Find the atomic number and atomic mass of the element S.
Chapter: [0.12] Radioactivity
A radioactive substance is oxidized. Will there be any change in the nature its radioactivity? Give a reason for your answer
Chapter: [0.12] Radioactivity
State the characteristics required in a material to be used as an effective fuse wire.
Chapter: [0.09] Household Circuits
Which coil of a step up transformer is made thicker and why?
Chapter: [0.1] Electro Magnetism
A stone of mass m is rotated in a circular path with a uniform speed by tying a strong string with the help of your hand. Answer the following questions
1) Is the stone moving with a uniform or variable speed?
2) Is the stone moving with a uniform acceleration? In which direction does the acceleration act?
3) What kind of force acts on the hand and state its direction?
Chapter: [0.02] Work, Energy and Power
From the diagram given below. answer the question that follows:
1) What kind of pulleys are A and B?
2) State the purpose of pulley B.
3) What effort has to be applied at C just raise the load L = 20 kgf?
(Neglect the weight of pulley A and friction)
Chapter: [0.03] Machines
An effort is applied on the bigger wheel of a gear having 32 teeth. It is used to turn a wheel of 8 teeth. Where it is used.
Chapter: [0.01] Force
A pulley system has three pulleys. A load of 120 N is overcome by applying an effort of 50N. Calculate the Mechanical Advantage and Efficiency of this system.
Chapter: [0.03] Machines
What is the principle of the method of mixtures?
Chapter: [0.11] Calorimetry
What is the other name given to the principle of the mixtures?
Chapter: [0.11] Calorimetry
Name the law on which the principle of mixtures is based
Chapter: [0.11] Calorimetry
Some ice is heated at a constant rate, and its temperature is recorded after every few seconds, till steam is formed at 100C. Draw a temperature-time graph to represent the change. Label the two-phase changes in your graph.
Chapter:
A copper vessel of mass 100 g contains 150 g of water at 50°C. How much ice is needed to cool it to 5°C?
Given: Specific heat capacity of copper = 0.4 Jg-1 °C-1
The Specific heat capacity of water = 4.2 Jg-1 °C-1
The Specific latent heat of fusion ice = 336 Jg-1
Chapter: [0.11] Calorimetry
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Write a relationship between the angle of incidence and angle of refractions for a given pair of media
Chapter: [0.04] Refraction of Light at Plane Surfaces
When a ray of light enters from one medium to another having different optical densities it bends. Why does this phenomenon occur?
Chapter: [0.05] Refraction Through a Lense
Write one condition where it does not bend when entering a medium of different optical density.
Chapter: [0.05] Refraction Through a Lense
A lens produces a virtual image between the object and the lens.
1) Name the lens.
2) Draw a ray diagram to show the formation of this image.
Chapter:
What do you understand by the term Scattering of light?
Chapter: [0.06] Spectrum
Which color of white light is scattered the least and why?
Chapter: [0.06] Spectrum
Name the waves used for echo depth sounding.
Chapter: [0.07] Sound
Give one reason for Ultrasonic waves use for echo depth sounding purpose.
Chapter: [0.07] Sound
Why are the Ultrasonic waves are not audible to us?
Chapter: [0.07] Sound
State two conditions for an echo to take place
Chapter: [0.07] Sound
Name the phenomenon involved in tunning a radio set to a particular station
Chapter: [0.07] Sound
What do you understand by the loudness of sound?
Chapter: [0.07] Sound
In which units is the loudness of sound measured?
Chapter: [0.07] Sound
Which particles are responsible for current in conductors?
Chapter: [0.08] Current Electricity
To which wire of a cable in a power circuit should the metal case of geyser be connected.
Chapter: [0.09] Household Circuits
To which wire should the fuse be connected?
Chapter: [0.09] Household Circuits
Name the transformer used in the power transmitting station of a power plant.
Chapter: [0.1] Electro Magnetism
What type of current is transmitted from the power station?
Chapter: [0.1] Electro Magnetism
At what voltage is this current available to our household?
Chapter: [0.09] Household Circuits
A battery of emf 12 V and internal resistance 2 Ω is connected with two resistors A and B of resistance 4 Ω and 6 Ω respectively joined in series.
Find:
1) Current in the circuit
2) The terminal voltage of the cell
3) The potential difference across 6Ω Resistor
4) Electrical energy spent per minute in the 4Ω resistor.
Chapter: [0.08] Current Electricity
Arrange α, β, and γ rays in ascending order with respect to their
1) Penetrating power.
2) Ionising power
3) Biological effect
Chapter: [0.12] Radioactivity
In a cathode ray tube, what is the function of anode?
Chapter: [0.12] Radioactivity
State the energy conversion taking place in a cathode ray tube
Chapter: [0.12] Radioactivity
Write one use of cathode ray tube.
Chapter: [0.12] Radioactivity
Represent the change in the nucleus of a radioactive element when a β particle is emitted.
Chapter: [0.12] Radioactivity
What is the name given to elements with the same mass number and different atomic number?
Chapter: [0.12] Radioactivity
Under which conditions does the nucleus of an atom tend to radioactive?
Chapter: [0.12] Radioactivity
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