A) Magnetic fields from the Earth's core B) Chemical reactions on the Earth's surface C) Cloud formations in the atmosphere D) Solar wind particles colliding with Earth's atmosphere
A) Thermosphere B) Troposphere C) Mesosphere D) Stratosphere
A) Meteor Shower B) Solar Flare C) Aurora Australis D) Aurora Borealis
A) Solar flares B) The sun's corona C) The sun's core D) The sun’s atmosphere
A) Wind patterns in the atmosphere B) Pressure changes in the atmosphere C) Heat from the Earth D) Earth's magnetic field lines
A) The Moon B) Stars C) The Sun D) The Earth
A) They collide with gas atoms in the atmosphere B) They reflect sunlight C) They generate heat D) They produce sound waves
A) A type of cloud formation B) A specific color of the auroras C) A solar wind pattern D) A region where auroras are frequently seen
A) Because of pollution levels B) Because of Earth's rotation C) Due to changes in solar wind strength D) Due to local weather conditions |