What is the primary role of the James Webb Space Telescope in the discovery of exoplanets?

• To detect and analyze exoplanet atmospheres

• To capture high-resolution images of distant galaxies

• To monitor solar flares on the Sun

• To study the surface of Mars

Which molecules were detected in the atmosphere of k218b that suggest the possibility of life?

• Hydrogen and helium

• Methane and carbon dioxide

• Sulfur dioxide and ozone

• Oxygen and nitrogen

What is the 'Missing Methane Problem' in the context of exoplanet studies?

• The challenge of finding methane on low-temperature planets

• The absence of methane in Earth's atmosphere

• The overabundance of methane in the universe

• The difficulty in detecting methane on high-temperature planets

What is a key factor for an exoplanet to potentially support life?

• Having a large number of moons

• Being located in the habitable zone

• Having a thick atmosphere of hydrogen

• Being close to a black hole

What is the significance of the habitable zone for an exoplanet?

• It ensures the planet has a magnetic field

• It indicates the planet has a thick atmosphere

• It allows for the presence of liquid water

• It guarantees the presence of life

What makes k218b a candidate for potentially harboring life?

• Its location in the habitable zone and atmospheric composition

• Its proximity to Earth

• Its rapid rotation speed

• Its large number of moons

Why is the detection of dimethyl sulfide (DMS) in k218b's atmosphere significant?

• It suggests the presence of liquid water

• It is a known biosignature produced by life forms on Earth

• It indicates the presence of volcanic activity

• It confirms the presence of a magnetic field

What challenge does the James Webb Space Telescope overcome when studying exoplanets like k218b?

• The intense glare from the parent star

• The vast distance from Earth

• The rapid rotation of the exoplanet

• The presence of multiple moons

What is the role of spectroscopy in studying exoplanets?

• To capture images of exoplanet surfaces

• To split light into its component colors to analyze atmospheric composition

• To measure the gravitational pull of exoplanets

• To detect radio signals from alien civilizations

How does the James Webb Space Telescope detect exoplanets?

• By capturing direct images of the planets

• By observing dips in starlight as planets transit their stars

• By measuring the heat emitted by the planets

• By detecting radio waves from the planets