B. None of these

C. Passive remote sensing

D. Neutral remote sensing

A. Decreases with salinity

B. Increases with temperature

C. Decreases with temperature

A. Fresnel refraction

C. None of these

D. Snells law

A. Directions of both the fields are orthogonal

B. Both the fields are at right angles to the direction of propagation

D. Neither A. nor B.

B. The off-nadir resolution is degraded

C. The ground distance swept by the senor, IFOV is proportional to sec2 of scan measured from the nadir

D. The details towards the edge of the scan get compressed

B. The wave whose surface of constant phase are parallel planes, is known as a plane wave

C. The relative phase difference between the waves is important and not the absolute phase of a point on the wave

D. The surface defined by the locus of points having same phase, is called a wave front

B. The area features which are wholly contained within another area feature, is known so containment

C. Common boundary between two areas of a locality is known as adjacency

D. The geometric property which describes the linkage between line features is defined as connectivity

A. Scattering by the suspended particulate matter

B. Absorption by the dissolved material

C. Absorption by the suspended particulate matter

A. Focal length

B. Ground elevation

D. Flying height

A. Polarising angle of glass is 57.5

B. At the polarising angle, the reflected and refracted rays are orthogonal

C. The minimum frequency of light for which no electrons are emitted, is called threshold frequency

A. 16,200 km

C. 24,400 km

D. 36,100 km

B. The reference for finding the phase of a wave is taken from the previous passage through zero from the negative to the positive direction

C. Phase is usually specified by angular measure with one period being 360

D. Phase of a wave is expressed as a fraction of a period with respect to a reference

B. Positional accuracies ~ 5 10 m if rover is less than 25 km

C. Positional accuracies ~ 5 10 m if rover is less than 5-10 km from reference station

D. Positional accuracies ~ 2 5m if rover is less than 2-5 fm from the reference station

B. None of these

C. Reflectance

D. Reflectance factor

A. Vegetative cover

B. Snow cover

D. Cloud evolution

B. Cm

C. Cm = 1/

D. None of these

A. The changes in the polarisation of the radiation reflected or emitted by an object, is known as polarisation variation

B. A graphical representation of spectral reflectance verses the various growth stages of a crop, depicts a phonologic pattern

C. The degree of polarisation is a characteristic of the object which helps in the identification of the object

A. cos2

B. tan2

C. sin2

B. 12

C. 16

D. 8

A. 250 km

B. 500 km

C. 130 km

A. Temporal variation

B. None of these

C. Spectral variation

B. Constant in space

C. None of these

D. Constant in time

A. h = (B/H) dp

B. h = (H/B) dp

C. h = dp/(H/B)

B. None of these

C. Gaspard Felix Tournachon, a French scientist

D. Wilbur Wright, an Italian scientist

A. Atmospheric window

B. None of these

D. Radiometric error

A. 50 km

B. 75 km

C. 25 km

A. Radiant energy (Q)

C. Radiant intensity (I)

D. Radiant flux (?e )

A. Mechanical clocks

C. Atomic clocks

D. Electronic clocks

A. Height displacement of B will be less than that of A

C. Height displacement of A and B is equal

D. Height displacement of A and B will be towards each other

A. Earth rotation

C. Scan skew

D. Panoramic distortion

B. Altitude variation

C. Altitude

D. Orbit drift

A. None of these

B. Passive sensors

D. Sensors

B. The refractive index of a medium varies according to the wavelength of the radiation,

C. The splitting of colours of white light by passing through a prism is caused due to dispersion

D. The variation of the refractive index with wave length, is called dispersion,

A. The pigments

B. Internal cell structur

D. Equivalent water content

B. The satellite transmits two L band signals (L1 with 1575.42 MHz and L2 with 1276.6 MHz)

C. The nominal altitude is about 20,200 km

D. The inclination of axis satellite is 55

A. Platforms may be either stationary or mobile

C. In remote sensing technique, the observation place, is called a platform

D. Spatial resolution of the imaging system becomes poorer with increase of platform height

A. Indian space effort started in 1962 with the establishment of a rocket

B. Indian Space Research Organisation (ISRO) is responsible for the space technology and its application to various activities

D. Development of space (DOS) was established by the Government of India in 1972

A. Produces a time varying magnetic field and vice versa

B. Is capable to travel across space

C. Once generated, remains self-propagating

A. Identification

C. Recognition of objects

D. Judging the significance of objects

A. Temporal variation

B. Spectral variation

C. Spatial variation

A. An increase of phytoplankton absorbs the bule region rapidly

B. Phytoplankton contains photosynthetically active pigment

D. An increase of phytoplankton increases the back scattering in the green region

A. The angle of incidence is equal to the angle of refraction

C. Both A. and B.

D. Neither A. nor B.

A. Electric waves

B. Wind waves

D. Sound waves

A. Legends

B. Symbology

D. Colour

A. None of these

C. The square of the bandwidth

D. Directly proportional to the bandwidth

A. For the same feature, the photograph taken from the satellite vertically above the aircraft, the height displacement is lesser than the aerial photograph

B. The scale of the aerial photograph depends upon the scale of the topography

C. The feature at the principal point has no height displacement

A. Satellite dependent biases due to uncertainty in the orbital parameters of the satellite

B. Receiver -dependent biases due to clock stability with line

D. Signal propagation biases due to the sphere and troposphere propagation

A. Flash light as a source of energ

B. Its own source of energy

D. None of these

A. Solar zenith angle

C. Azimuth angle

D. Look angle