RRB NTPC 2016-07-04-2016-3 RRB Question Paper

RRB NTPC 2016-07-04-2016-3

RRB NTPC 2016-07-04-2016-3 RRB Questions

31.

Simplify: 3x(x – 1) – 7x2 :

A.

–4x2 – 3

B.

–10x2 + 3x

C.

–4x2 + 3x

D.

–4x2 – 3x

ANSWER :

D. –4x2 – 3x

32.

Answer the questions based on the information given below.
If '+' is '×', '-' is '+', '×' is '÷' and '÷' is '-' 28 ÷ 16 × 2 + 3 - 1 = ?

A.

5

B.

9

C.

4

D.

11

ANSWER :

A. 5

33.
What is the principle to be followed in a cooperative society?
A.
Multiple votes
B.
One man one vote
C.
No vote
D.
One share one vote
ANSWER :
B. One man one vote
34.
LPG in a domestic gas cylinder is stored in-
A.
Solid State
B.
Gas State
C.
Liquid State
D.
Can be stored at any state
ANSWER :
C. Liquid State
35.

Answer the questions based on the information given below.
If '+' is '×', '-' is '+', '×' is '÷' and '÷' is '-' 15 × 5 ÷ 3 + 1 - 1 = ?

A.

-1

B.

-2

C.

3

D.

1

ANSWER :

D. 1

36.

Answer the questions based on the information given below.
If '+' is '×', '-' is '+', '×' is '÷' and '÷' is '-' 9 - 3 + 2 ÷ 16 × 2 = ?

A.

7

B.

5

C.

9

D.

6

ANSWER :

A. 7

37.

What is the normal shape of the orbits of planets?

A.

Circular

B.

Parabolic

C.

Elliptical

D.

Conical

ANSWER :

C. Elliptical

38.
Three of the four pairs of words below are similar in some ways, and one pair is different. Which pair is different from the rest?
A.
Stallion : Colt
B.
Horse : Mare
C.
Dog : Bitch
D.
Drake : Duck
ANSWER :
A. Stallion : Colt
39.

On which river is Hirakud Dam built?

A.

Cauvery

B.

Gandak

C.

Mahanadi

D.

Baitarani

ANSWER :

C. Mahanadi

40.

Which of the following is not one of Kepler's rules for planetary bodies?

A.

A planet's orbit is an ellipse with the Sun at one of the two foci.

B.

A line segment connecting a planet and the sun sweeps out equal areas during equal intervals of time.

C.

The square of the orbital period of a planet is proportional to the cube of the semi-major axis of its orbit.

D.

The orbital period depends on the mass of the planet

ANSWER :

D. The orbital period depends on the mass of the planet