NASA | Glory: Glory's Suncatcher

The video explores the variability of climate and the role of solar irradiance in influencing it. It explains the transition from the term 'solar constant' to 'total solar irradiance' and highlights the importance of measuring solar changes from space. The Glory mission's Total Irradiance Monitor is introduced as a state-of-the-art instrument for precise solar measurements. The video emphasizes the need to monitor climate change over solar cycles and the significance of measuring prolonged solar minima to understand their impact on climate.

What term was used before 'total solar irradiance' to describe the sun's energy output?

• Solar flux

• Solar constant

• Solar brightness

• Solar variability

Why is it crucial to measure solar irradiance from space?

• To avoid atmospheric interference

• To observe solar eclipses

• To measure Earth's temperature

• To capture solar flares

What is the primary function of the Total Irradiance Monitor on the Glory mission?

• To observe planetary movements

• To track solar flares

• To measure incoming solar energy

• To measure Earth's magnetic field

What is a significant question for climate change related to solar minima?

• How does solar wind impact Earth?

• What happens during prolonged solar minima?

• What is the effect of solar eclipses?

• How do solar maxima affect climate?

What makes the Total Irradiance Monitor on Glory unique?

• Its unsurpassed accuracy and precision

• Its capability to measure Earth's gravity

• Its ability to predict solar storms

• Its function as a weather satellite