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RRB ALP Previous Year Paper 2013 - Railways MCQ


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30 Questions MCQ Test - RRB ALP Previous Year Paper 2013

RRB ALP Previous Year Paper 2013 for Railways 2024 is part of Railways preparation. The RRB ALP Previous Year Paper 2013 questions and answers have been prepared according to the Railways exam syllabus.The RRB ALP Previous Year Paper 2013 MCQs are made for Railways 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for RRB ALP Previous Year Paper 2013 below.
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RRB ALP Previous Year Paper 2013 - Question 1

The example of open chain compound is—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 1

CH3—CH3 (Ethane) is example of open chain compound.

RRB ALP Previous Year Paper 2013 - Question 2

Ammonia gas is—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 2

Ammonia is a compound of Nitrogen and hydrogen with the formula NH3. Ammonia is a colourless gas. It is lighter than air and highly soluble in water. At 10°C, 1300 parts of ammonia gets dissolved in one part of water.

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RRB ALP Previous Year Paper 2013 - Question 3

Sulphur dioxide is used in—

RRB ALP Previous Year Paper 2013 - Question 4

Which of the following is least basic ?

RRB ALP Previous Year Paper 2013 - Question 5

The diagonal relationship of aluminium is with—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 5

It is obvious from the periodic table that the elements have diagonal relationship :

RRB ALP Previous Year Paper 2013 - Question 6

The element of electronic configuration 1s2 2s2 2p6 3s2 will be—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 6

Electronic configuration of Mg is 1s2 2s2 2p6 3s2. Mg is an alkaline earth metal. Other alkaline earth metals are : Be, Ca, Sr, Ba, Ra.

RRB ALP Previous Year Paper 2013 - Question 7

Uranium is a member of—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 7

Uranium is a member of actinide group 15 radioactive elements are the members of actinide group.

RRB ALP Previous Year Paper 2013 - Question 8

The fourth member of compound having general formula CnH2n + 2 is—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 8

RRB ALP Previous Year Paper 2013 - Question 9

Saponification is a process of making—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 9

Saponification is a process of making soap. This process is completed in a certain steps and the final outcome is the soap.

RRB ALP Previous Year Paper 2013 - Question 10

................... is used in ripening of fruits.

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 10

Ethylene (C2H4) gas is used to ripen the fruits.

RRB ALP Previous Year Paper 2013 - Question 11

The refractive index of glass is 3/2 . The critical angle for glass-air surface will be—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 11

Let critical angle is ‘C’.
Formula : 

RRB ALP Previous Year Paper 2013 - Question 12

Which of the following determines the direction of induced emf ?

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 12

From Fleming’s Right Hand Rule, there is a definite relation among current or induced e.m.f. (electromotive force), lines of force and motion of the conductor.
Fleming’s Right Hand Rule—For a moving wire in a magnetic field, if the thumb, the first and second fingers of right hand are extended at right angles to one another, with the first finger representing the direction of magnetic lines of force and the second finger representing the direction of current flow induced by the wire’s motion, the thumb will be pointing in the direction of motion of the wire.

RRB ALP Previous Year Paper 2013 - Question 13

The position of image of a object placed at a distance of 25 cm in front of a concave mirror of focal length 50 cm will be—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 13

f = –50 cm, u = –25 cm, v = ?

RRB ALP Previous Year Paper 2013 - Question 14

The power of a 25 cm focal length of lens will be—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 14


where,   P = Power (in dioptre)
               f = focal length (in metre)
we have, f = 25 cm = 25/100 m = 1/4 m
             

RRB ALP Previous Year Paper 2013 - Question 15

Dynamo generates—

RRB ALP Previous Year Paper 2013 - Question 16

Which of the following is based on electromagnetic induction ?

RRB ALP Previous Year Paper 2013 - Question 17

According to Faraday’s law—

RRB ALP Previous Year Paper 2013 - Question 18

The correct relation is—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 18

Power = Voltage × Current
1 Watt = 1 Volt × 1 Amp.

RRB ALP Previous Year Paper 2013 - Question 19

Which of the following is scalar quantity ?

RRB ALP Previous Year Paper 2013 - Question 20

The resultant of two vectors will be maximum when the angle between them is—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 20

Formula :

When V1 and V2 are in the same direction, then θ = 0

Hence, the value of V is the maximum and in direction of V1 or V2.

RRB ALP Previous Year Paper 2013 - Question 21

‘Closed Key’ is represented by—

RRB ALP Previous Year Paper 2013 - Question 22

The C.G.S. unit of force is—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 22

Dyne is the CGS unit of force

RRB ALP Previous Year Paper 2013 - Question 23

The correct relation is—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 23

Moment of force = Force × side of the moment ⇒ τ = F × d Magnitude of the moment of force is the product of the force and the perpendicular distance from the axis to the line of action of the force. It is also called torque.

RRB ALP Previous Year Paper 2013 - Question 24

The moment of force is known as—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 24

Moment of force and torque are the same

RRB ALP Previous Year Paper 2013 - Question 25

The unit of energy is—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 25

1 kilowatt-hour = 3·6 × 106 joules

RRB ALP Previous Year Paper 2013 - Question 26

In the figure, the equivalent resistance between A and B will be—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 26

Both the resistances are in parallel
Hence,         

RRB ALP Previous Year Paper 2013 - Question 27

The flow of charge is—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 27

A flow of electric charge is called electric current. Electric current is the result of motion of electrons or ions under the influence of e.m.f. It is measured in amperes.

RRB ALP Previous Year Paper 2013 - Question 28

According to Ohm’s law the correct relation between potential difference and current is—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 28

Ohm’s law—This law states that the current flowing in an electric circuit is directly proportional to the voltage applied to the circuit. If i is the current flowing in a circuit and V is the voltage applied, then
or 

RRB ALP Previous Year Paper 2013 - Question 29

If two resistances R1 and R2 are connected in series, then the value of their equivalent resistance R will be—

RRB ALP Previous Year Paper 2013 - Question 30

The value of electric energy will be—

Detailed Solution for RRB ALP Previous Year Paper 2013 - Question 30

Let W is electrical power, then
W = I2·R·t = V·I·t 

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