2.5 crore years
10 crore years
25 crore years
50 crore years
Distance from Sun
Lighting or glow
Distance from Earth
Temperature
Continental Drifts
Origin of the Universe
Origin of the Himalayas
Eruption of Volcanoes
Spiral Galaxy
Electrical Galaxy
Irregular Galaxy
Round Galaxy
Chandrashekhar limit
Eddington limit
Hoyle limit
Fowler limit
Ozone hole
Black hole
Rainbow
Comet
C.V. Raman
H.J. Bhabha
S. Chandrashekhar
Hargovind Khurana
Very small size
Very large size
High density
Very low density
Observation and understanding of the Universe
Study of the solar and the lunar eclipses
Placing satellites in the orbit of the Earth
Origin and evolution of living organisms on the Earth
An asteroid
A Black hole
A comet
A dyning star
87
88
89
90
Pulsar
Brittle star
Black hole
Quasar
Milky Way
Constellation
Andromeda
Solar system
Virgo
70 Virgins
Betelgeuse
Big Dipper
Time
Distance
Luminosity
None of these
Tropical year
Lunar month
Standard time
Day
Stellar mile
Cosmic km.
Galectic unit
Light year
Equator
Tropic of Cancer
South Pole
North Pole
Direction facing the pole star
Direction opposite to the pole star
Direction keeping the pole star to his left
Direction keeping the pole star to his right
Saptarishi
Mrig
Scorpio
Taurus
Telemetering
Weightlessness
Cislunar
Byte
Newton
Dalton
Copernicus
Einstein
Newton
Galileo
Panini
Copernicus
7
8
12
21
Earth and Jupiter
Jupiter and Saturn
Saturn and Earth
Saturn and Neptune
Mars and Mercury
Mars and Venus
Mercury and Venus
Jupiter and Saturn
Venus and Mars
Mars and Jupiter
Venus and Jupiter
Mercury and Venus
Planets are non-luminous bodies and don't shine
Planets shine though they are non- luminous bodies
Planets do not shine though they are luminous body
Planets are luminous body and also shine
Mercury
Earth
Venus
Pluto
Uranus, Neptune and Mars
Jupiter, Saturn and Mars
Uranus, Neptune and Venus
Mars and Venus
Mercury
Florida
Venus
Saturn
At the start of a total solar eclipse
At the end of a total solar eclipse
Only along the peripheral regions of the totality trail
Only in the central regions of the totality trail
Quarter Moon day
New Moon day
Any day
Full Moon day (Poornima)
Solid, liquid and gaseous states
Liquid state only
The form of Gas and Plasma
Both liquid and gaseous state
Ionization
Nuclear Fusion
Nuclear Fission
Oxidation
Water vapour in stratus clouds
Ice crystals in Cirro-Cumulus clouds
Ice crystals in Cirrus clouds
Dust particles in Stratus clouds
Between Earth and Sun
Between Earth and Moon
Between Jupiter and Sun
Between Neptune and Sun
107.7 million km
142.7 million km
146.6 million km
149.6 million km
3rd January
4th July
22nd March
21st September
124 times
100 times
109 times
115 times
Earth
Mars
Jupiter
Venus
Mars
Mercury
Neptune
Earth
Mars
Mercury
Earth
Saturn
Earth and Jupiter
Mercury and Venus
Mercury and Saturn
Venus and Mars
Mercury
Venus
Mars
Saturn
Mercury
Venus
Mars
Pluto
Mercury
Venus
Mars
Earth
8,000 km
1,00,000 km
12,800 km
None of the above
Plasma
Volatile gas
Viscous liquid
Solid
Aristotle
Copernicus
Ptolemy
Strabo
Cow
Sita
Green Planet
Harmij
Oxygen
Aluminium
Iron
Silicon
2 minutes
1 minute
8 minutes
16 minutes
Polaris
Alpha Centauri
Sun
Sirius
Neptune
Mars
Saturn
Jupiter
Venus
Mercury
Mars
Jupiter
365 days
365.25 days
365.5 days
365.75 days
20 km/sec
30 km/sec
40 km/sec
50 km/sec
49 km
59 km
69 km
28 km
23.0° from the elliptic axis
23.1° from the elliptic axis
24.5° from the elliptic axis
23.5° from the elliptic axis
Earth-rotation
Rotation of Earth on its axis
Tilt of Earth's axis
Moon's rotation
North pole
Equator
South pole
Tropic of cancer
Earth's rotation and revolution
Earth's revolution
Earth's revolution and inclination of its axis
Earth's rotation and inclination of its axis
Earth would fall into Sun
Earth shall be burned
The duration of our year will be decrease
Earth will fly into space
Nearby 0° latitude
Nearby 23° latitude
Nearby 50° latitude
Nearby 70° latitude
Go to the Sun
Go to the Moon
Fall on the Earth
Revolve round the Earth in the same orbit with the same time period as satellite
Aluminium
Chromium
Iron
Silicon
22 April
22 March
7 April
7 March
Jupiter
Mars
Europa-The Jupiter's Moon
Moon-The Earth's Moon
27 June, 2008
27 May, 2008
26 June, 2008
26 May, 2008
Jupiter
Venus
Pluto
Saturn
Earth
Jupiter
Mars
Venus
Newton
Galileo
Kepler
Copernicus
Jupiter
Neptune
Uranus
Saturn
Silicates
Non-existent
Very thick and opaque
All of the above
Jupiter
Mars
Saturn
Venus
is colder than Jupiter
is colder than Neptune
Warmer than Neptune
Warmer than Jupiter
18.5 years
36 years
29.5 years
84 years
Uranus
Jupiter
Neptune
Mercury
Uranus
Neptune
Pluto
Jupiter
84 years
36 years
18 years
48 years
Uranus
Jupiter
Neptune
Earth
Earth
Mars
Venus
Mercury
Neptune
Jupiter
Mars
Saturn
Neptune
Earth
Saturn
Mars
When the Moon comes between the Sun and the Earth
When the Earth comes between the Sun and the Moon
When the Sun comes between the Earth and the Moon
None of the above
1953
1963
1971
1969
Earth
Sun
Jupiter
Moon
Moon comes in between Earth and Sun
Earth comes between Sun and Moon
Sun comes between Earth and Moon
Sun and Moon coincide
Half Moon
New Moon
Full Moon
None of these
Aphelion
Perihelion
Apogee
Perigee
45°
90°
180°
270°
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