both its mass and weight will be different
its mass will be different but the weight will remain the same
its mass and weight will both remain unchanged
its mass will remain the same but weight will be different
D. its mass will remain the same but weight will be different
a convex mirror behind it
a concave lens behind it
a concave mirror in front of it
a concave mirror behind it
purity
hardness
high density
high refractive index and low critical angle
increase
decrease
will not change
first increase and then decrease
the rise of temperature
rise of its frequency
decrease in humidity
fall of temperature
transmutation
fission
fusion
radioactivity
Thumba
Bangalore
Ahmedabad
New Delhi
Sirius
Vega
Rigel
Proxima Centauri
momentum
velocity
acceleration
inertia
Physics
Chemistry
Biology
Economic
pouring ice cold water into the inner tumbler
pouring ice cold water on the outer tumbler
pouring hot water into the inner tumbler
dipping both the tumblers in hot water
has no effect on the boiling point of a liquid
raises the boiling point of a liquid
lowers the boiling point of a liquid
increases the volume of a liquid
increases
decreases
remains the same
is constant
Liquid ammonia
Carbon tetrafluoride
Dichloro-difluoro-methane
Sulphur dioxide
deflected by electric field
deflected by magnetic field
slightly deflected by electric field and magnetic field
not deflected by electric and magnetic fields
Pascal's law
Bernoulli's law
Archimedes' law
Boyle's law
Neptune and Pluto
Jupiter and Saturn
Venus and Mars
Venus and Saturn
Red
Blue
Yellow
Violet
meteors
binaries
variable stars
bright stars
to make it smooth and frictionless
to make it rust - proof
to reduce heat loss by radiation
to make it more durable
adhesion
cohesion
surface tension
capillarity
half
one fourth
four times
two times
10-10 cm
10-12 cm
10-13 cm
10-16 cm
is more than at sea level
is equal to that sea level
is less than at sea level
depends on the surrounding temperature
cohesive
centrifugal
frictional
gravitational
the electrical attraction between the negatively charged electron and the positively charged porton
the high speed of the electron
the low speed of the electron
gravity
Liquid ammonia
Carbon tetrafluoride
Dichloro-difluoro-methane
Sulphur dioxide
the square of the current
the resistance of the conductor
the time for which the current flows
All the above
Kepler's Laws
Newtonian Third Law of Motion
Bernoulli's Principle
Law of Relativity
convex mirrors
concave mirrors
convex lens
concave lens
the ball will travel towards the centre of the circle and fall down
it will continue to travel along a tangent to the circle at the point the ball was at the time of snapping and finally fall down
it will fall down at the same place where the string breaks
None of these