A. force acts on the body

B. mass of the body

C. velocity of the body

A. 500 mm

C. 2 x 10-5 mm

D. 5 x 10-3 mm

A. 5 m

B. 25 m

D. 20 m

B. no prediction at all

C. infinite almost

D. may increase or decrease

A. diffraction plane

B. interference plane

D. vibrating plane

B. Six time

C. Two times

D. Three times

B. one day

C. one minute

D. one second

A. 39.2 m

B. 4.9 m

C. 44.1 m

B. -1

C. 2

D. -2

A. Aetiology

C. Aerostatics

D. Aeronautics

A. isochoric law

C. isothermal law

D. all of the above

A. acceleration is const

B. acceleration is variable

C. velocity is zero

B. impulse

C. velocity

D. both A and C

A. becomes zero

C. is doubled

D. is halved

B. 333m/sec

C. 340m/sec

D. all of the above

B. direction of motion changes

C. acceleration changes

D. speed changes

A. beats

B. resonance

D. constructive interference

A. 20000 to 30000 hertz

C. 6000 to 8000 hertz

D. 10 to 20 hertz

A. particles

C. it was not his discovery

D. waves

B. 3m/s, 3m/s

C. 4m/s, 2m/s

D. 6m/s, 1m/s

B. 313C

C. 1172C

D. 586C

B. polarization

C. diffraction of sound waves

D. destructive interference

A. negative charges

B. positive charges

D. neutral particles

A. 2

B. 2.5

C. 1.75

E. 1.25

B. no vibration at all

C. vibration in two mutually perpendicular directions

D. vibration in all direction

A. no apparent change in frequency

C. an apparent decrease in wavelength

D. an apparent increase in frequency

B. H=gT2

C. H=8g/T2

D. H=8T2/g

A. remains the same

C. decreases

D. any of above

A. capacitor

B. resistor

C. conductor

A. zero

B. depends upon nature

D. finite

A. carrier waves

B. electromagnetic waves

D. matter waves

A. sound wave only

B. light wave only

D. neither sound nor light wave

B. tartaric acid

C. sugar

D. sodium chlorate

A. no specific criterion available

B. an insulator

D. moderately good conductor

A. move with high velocity

B. moving slowly

D. at rest

A. 61.0 ms-1

B. 1.61 ms-1

C. 2.00 ms-1

B. troughs

C. nodes

D. crests

A. constant if the rate of ejected gases is constant

B. not constant

C. constant for short range rocket.

A. 320 ms-1

C. 224 ms-1

D. 332 ms-1

A. watt

C. horse power

D. kilo watt

A. nichrome

C. copper

D. constantan

A. interference fringes only

B. diffraction fringes only

D. polirized frringes

A. velocity

C. wavelength

D. amplitude

A. they are transverse waves

C. they do not have enough energy

D. they are stationary waves

A. infinite

B. changes with every conductor

D. finite

A. same wavelength

C. same amplitude and wavelength

D. same amplitude of vibration

B. One

C. Four time

D. None of these

A. chemistry

B. biology

C. information technology

B. 36m/s

C. infinite

D. 10m/s

A. silence zone

C. resonance

D. interference