Venus
Uranus
Earth
Jupiter
A. Venus
Venus
Mercury
Mars
Jupiter
Light year
Nautical mile
Statute mile
Kilometre
25°
30°
35°
15°
Pluto
Neptune
Uranus
Venus
1.41
1.47
0.59
0.5
Time taken by the earth to complete one rotation with respect to a fixed star at infinity
Time taken by the earth to complete one revolution with respect to the Moon
Time taken by the earth to complete one rotation with respect to the Moon
Time taken by the earth to complete one rotation with respect to the Sun
Venus and Mercury
Venus and Uranus
Venus and Neptune
Mercury and Uranus
A unit of velocity
A unit of distance
A unit of pressure
A unit of time
the formation of universe
the origin and evolution of earth's crust
formation of Solar System
formation of constellation
11 years
15 years
21 years
33 years
Quasars
Polar Auroras
Meteorites
Pulsar
Earth and the Sun
Earth and the Moon
Jupiter and the Sun
Pluto and the Sun
Earth
Mars
Uranus
Neptune
Direction or path of the Moon
The Moon comes between the Sun and the Earth
The Earth comes in between the sun and the Moon and the centres of all the three come on the same straight line
The average angle made by a line drawn from the Moon to the Earth
QSO
Black Hole
Neutron Star
Black Dwarf
Titania
Titan
Miranda
Europa
Atmospheric composition
Thermal conditions
Occurrence of ice caps and frozen water
Occurrence of ozone
Earth's revolution and inclination of its axis
Revolution
Earth's rotation and inclination of its axis
Rotation
47 degrees
23.5 degrees
12 degrees
30 degrees
Increases
Decreases
Remains unchanged
First increases and then decreases
Sunspots
Pulsars
White Dwarfstar
Supernova
Moon
Asteroid
Satellite
Great Bear
23 hours 56 minutes
24 hours
23 hours 46 minutes
24 hours 4 minutes
Equator
Tropic of Cancer
South Pole
North Pole
July 23
June 21
May 20
April 31
Columbus
Varahmihir
Aryabhat
Copernicus
Solar System
Universe
Space
Constellation
Earth
Jupiter
Mercury
Venus
9
6
7
10
Earth
Saturn
Jupiter
Pluto