Solar x-ray flares represent an explosive release of stored magnetic energy. The energy initially builds due to turbulent convective motion that twists magnetic field lines. The energy is released through a process called 'magnetic reconnection'. O True O False
Solar x-ray flares represent an explosive release of stored magnetic energy. The energy initially builds due to turbulent convective motion that twists magnetic field lines. The energy is released through a process called 'magnetic reconnection'. O True O False
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The energy is released through a process called 'magnetic reconnection'.
True
False"
Transcribed Image Text:Solar x-ray flares represent an explosive release of stored magnetic energy. The energy initially builds due to turbulent convective motion that twists magnetic field lines.
The energy is released through a process called 'magnetic reconnection'.
True
False

Transcribed Image Text:As of 2020, the Sun has entered solar cycle 25. Using information and figures from the Chp 2 slides we can say the Sun is currently:
O A. Near solar minimum, with a positive magnetic polarity in the northern hemisphere
B. Near solar maximum, with a positive magnetic polarity in the northern hemisphere
C. Near solar minimum, with a negative magnetic polarity in the northern hemisphere
D. Near solar maximum, with a negative magnetic polarity in the northern hemisphere
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