(a) Of amorphous material(b) A vacuum(c) Metallic ✅(d) Plastic
(a) Of amorphous material
(b) A vacuum
(c) Metallic ✅
(d) Plastic
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(a) On the Tropic of Cancer(b) On the Poles(c) On the Tropic of Capricorn(d) On the Equator ✅
(a) On the Tropic of Cancer
(b) On the Poles
(c) On the Tropic of Capricorn
(d) On the Equator ✅
(a) 21st March and 24th December(b) 14th January and 23rd September(c) 21st March and 23rd September ✅(d) 14th January and 22nd June
(a) 21st March and 24th December
(b) 14th January and 23rd September
(c) 21st March and 23rd September ✅
(d) 14th January and 22nd June
(a) Asia(b) Africa ✅(c) North America(d) South America
(a) Asia
(b) Africa ✅
(c) North America
(d) South America
(a) Earth, Moon, and the Sun are aligned in a straight line ✅(b) Sun, Earth, and the Moon form right angles to each other(c) Earth is at a distance from the Sun(d) Bay
(a) Earth, Moon, and the Sun are aligned in a straight line ✅
(b) Sun, Earth, and the Moon form right angles to each other
(c) Earth is at a distance from the Sun
(d) Bay
(a) The Earth rotates from North to West(b) The Earth rotates from West to East (W to E) ✅(c) The Earth revolves around the Sun from North to East
(a) The Earth rotates from North to West
(b) The Earth rotates from West to East (W to E) ✅
(c) The Earth revolves around the Sun from North to East
(a) Sun’s path in the sky during a year ✅(b) Moon during an eclipse(c) Earth during an eclipse(d) Path of Earth around the Sun
(a) Sun’s path in the sky during a year ✅
(b) Moon during an eclipse
(c) Earth during an eclipse
(d) Path of Earth around the Sun
(a) 3.6 billion years(b) 4.6 billion years ✅(c) 5.6 billion years(d) 6.6 billion years
(a) 3.6 billion years
(b) 4.6 billion years ✅
(c) 5.6 billion years
(d) 6.6 billion years
(a) Maximum when it is farthest from the Sun(b) Maximum when it is closest to the Sun ✅(c) Remains constant at all points on the orbit(d) Decreases continuously
(a) Maximum when it is farthest from the Sun
(b) Maximum when it is closest to the Sun ✅
(c) Remains constant at all points on the orbit
(d) Decreases continuously
(a) Isobar(b) Isohyet ✅(c) Isotherm(d) Isoneph
(a) Isobar
(b) Isohyet ✅
(c) Isotherm
(d) Isoneph
(a) Troposphere ✅(b) Stratosphere(c) Mesosphere(d) Exosphere
(a) Troposphere ✅
(b) Stratosphere
(c) Mesosphere
(d) Exosphere
(a) Deforestation of large areas(b) Release of chlorofluorocarbons ✅(c) Changes in asteroid activity(d) Release of industrial waste
(a) Deforestation of large areas
(b) Release of chlorofluorocarbons ✅
(c) Changes in asteroid activity
(d) Release of industrial waste