Will you please provide me the sample question paper of Birla Institute of Technology and Science Admission Test BITSAT exam?

Ok, here I am providing you the sample question paper of Birla Institute of Technology and Science Admission Test BITSAT exam.

BITSAT exam question paper

An infinite number of spring having force constants
as k, 2k, 4k, 8k ..... ∞ and respectively are
connected in series; then equivalent spring constant
is
(A) k (B) 2k (C) k/2 (D) ∞

A mass m is moving with constant velocity along a
line parallel to x-axis away from the origin. It
angular momentum with respect to origin.
(A) is zero (B) remains constant
(C) goes on increasing (D) goes on decreasing

A vessel containing oil (density = 0.8g/cm3) over
mercury (density = 13.6 g/cm3) has a homogeneous
sphere floating with half of its volume immersed in
mercury and other half in oil. The density of
material of sphere in g/cm3 is
(A) 3.3 (B) 6.4
(C) 7.2 (D) 2.8

A concave lens of glass, refractive index 1.5 has
both surface of same radius of curvature R. on
immersion in a medium of refractive index 1.75, it
will behave as a
(A) convergent lens of focal length 3.5 R
(B) convergent lens of focal length 3R
(C) divergent lens of focal length 3.5 R
(D) divergent lens of focal length 3 R

I is the intensity due to source of light at any point
P on the screen if light reaches the point P via two
different paths (a) direct (b) after reflection from a
plane mirror then path difference between two
paths is 3λ/2, the intensity at P is
(A) I (B) zero (C) 2I (D) 4I

A X-ray tube has a working voltage of 40 × 103 V.
The continuous spectrum limit of the emitted x-rays
is
(A) 0.17 Å (B) 0.13 Å (C) 0.13 Å (D) 0.31 Å

The number of alpha and beta deca 88Ra222
experiences before turning into stable Pb206 isotope
is
(A) 4, 2 (B) 2, 4 (C) 1, 3 (D) 6, 10

A beam of light of wavelength 600 nm from a
distance source falls on a single slit 1 mm wide and
resulting diffraction pattern is observed on a screen
2m away. Distance between first dark fringe on
either side of the central bright fringe.
(A) 1.2 mm (B) 3.2 mm
(C) 2.4 mm (D) 4.2 mm



BITSAT exam question paper







For complete question paper here is the attachment

Attached Files

BITSAT exam question paper.pdf (512.6 KB, 96 views)