Question

sunspots: sunspots are areas where the magnetic field is very _, much _ than anywhere else on the sun. sunspots tend to occur in pairs that have magnetic fields pointing in opposite directions. the opposing magnetic fields often create a strong disturbance on the suns _. sunspots tend to occur in pairs that have magnetic fields pointing in opposite directions. the opposing _ fields often create a strong disturbance on the suns surface. solar storm a _ is a disturbance on the sun caused by \battling\ sunspots. the storm can travel outward, affecting the entire solar system, including earth. the solar storm causes a solar wind. the winds magnetic field interacts with the earths magnetic field and transfers an increased energy to the earths surface. 1. sunspots cause solar _ 2. solar storms cause the solar _ 3. the interaction between 4. the solar _ and a the earths _ field cause the aurora borealis. is there a pattern for solar spots that would allow us to make predictions? solar cycles smoothed sunspot number year 1900 1910 1920 1930 1940 1950 1960 1970 1980 1990 2000 2010 0 50 100 150 200 solar maximum: times when the number of suns pots is the greatest solar minimum: times whe the number of suns pots is the least.

Explanation:

Sunspots have strong magnetic fields compared to other parts of the Sun. Opposing magnetic - field pairs in sunspots create disturbances on the Sun's surface. Solar storms are caused by "battling" sunspots and lead to solar winds. The interaction between the solar wind's magnetic field and Earth's magnetic field can cause the aurora borealis. There is a cyclical pattern in sunspot numbers, with solar maximums and minimums.

1. Storms
2. Wind
3. Wind; Magnetic

Answer:

1. Storms
2. Wind
3. Wind; Magnetic