A. its pressure is constant

B. any of above

C. its pressure falls

A. Infra-Red

B. Ultraviolet

C. Micro

B. 2?

C. ?/4

D. ?/2

A. Density

C. Area

D. Volume

B. Velocity modulated

C. Amplitude modulated

D. fixe modulated

B. Joule

C. Pascal

D. Newton

A. 4

B. 2

C. 5

B. Direction of Displacement and acceleration changes

C. Direction of Displacement, Velocity and acceleration changes

D. Direction of velocity and acceleration changes

A. Vaccum

B. Water

D. Air

A. For producing more energetic lasers

C. Lasing more

D. All

A. 4?²

B. 2?²

C. 0

A. It opaque to light

B. Over a wide range of temperature its expansion is uniform

C. It does not stick to thermometer glass

A. The temperatures of ice cold and boiling water

B. The temperatures of frozen and boiling mercury

C. The temperatures of water at 0? 100?C

B. thermal image making

C. magnetic image making

D. electromagnetic image making

B. C.I engine

C. IC engine

D. SI engine

A. All of the above.

B. The negative half cycle of input A.C.

C. The positive half cycle of input A.C.

A. F

B. F/2

C. F/4

A. it has squint eyes

B. it has light bulbs in its eyes provided by nature

C. it produces infrasonic sounds

B. The lines in a diffraction grating cannot reflect X-rays.

C. The penetration power of X-rays is high in a diffraction grating

D. The ions in a crystal are well arranged

B. Far infrared

C. Infrared

D. B-rays

A. sometimes increases and sometimes decreases

B. it decreases

C. increases

A. Momentum

C. Torque

D. Weight

A. cyclic process

B. operated at certain temperature difference

D. none of these

A. Magnetic intensity

C. Magnetic moment

D. None of the above

A. Continuous wave form

B. An analogue waveform

C. Electronic waveform

B. None of the above

C. The faster you move, the lighter you get

D. The slower you move, the heavier you get

B. infinite

C. zero

D. constant

A. the body is earthed

C. Sit has high resistance

D. its feet are good insulators

A. isentropic

B. isochoric

D. isobaric

A. Einstein

B. Neil Bohr

D. Rutherford

A. Photoelectric effect

B. Line spectrum of atoms

C. Production of x-rays.

B. the spectral series formula can be derived from the Rutherford model of the hydrogen atom.

C. Lyman series is a continuous spectrum.

D. Balmer series is a line spectrum in the ultraviolet.

A. K = nRNa

B. K = RNa

D. K = Na/Ra

A. Step up transformer

B. Three diodes in common

C. Step down transformer

A. 760mm 273K

B. 1atm 273K

D. 76cm 0C

A. greater than emitter current

B. equal to emitter current

C. any of above

A. None of these

B. Force and speed

D. Force and time

A. D.C.

C. Both A.C. & D.C.

D. None of the above

A. not interact with each other

B. attract each other

C. be deflected normal to the plane containing the two beams.

A. in isothermal expansion

B. in adiabatic expansion

D. in isothermal compression

B. temperature remaining constant, volume of a given mass of a gas varies inversely

C. volume of a given mass of gas increases or decreases

D. attraction or repulsion between two charges

B. Angstrom

C. Micro

D. Nano meter

A. Logic functions

B. Boolean algebra

D. Amplifier gain

B. Remains same

C. Increases

D. No effect

A. Sudden compression of gases

B. Cooling of gases

D. Heating of gases

B. 640 Hz

C. 320 Hz

D. 480 Hz

B. any of above

C. conductor

D. semi conductor

B. behind the retina

C. on the blind spot

D. on the retina

B. 1.6 10 coulomb

C. 1.6 10 ¹⁸ coulomb

D. 1.6 10¹² coulomb

A. Avagadros law

B. Boyles law

D. Ideal gas law