I. calculate the location of the magnetopause (in rel the following Solar Wind conditions. a. Typical", n = 7 cm3, V= 4OO Km/s b. Halioween Stoim, n= & cm, V= 1100 km/s C. "The day the saiar Wind went away, n= 0.2 cm, v:250 earth radi KIM Psw Viw = B'me 2 Mo BMp : BE rme (rmp in re). %3D Psw Vsu ZB2 Mo rmp due to magnctic mirror

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I. calculate the location of the magnetopause (in rel
the following Solar Wind conditions.
a. Typical", n = 7 cm3, V= 4OO Km/s
b. Halioween Stoim, n= & cm, V= 1100 km/s
C. "The day the saiar Wind went away, n= 0.2 cm, v:250
earth
radi
KIM
Psw Viw =
B'me
2 Mo
BMp : BE
rme
(rmp in re).
%3D
Psw Vsu ZB2
Mo rmp
due to magnctic mirror
Transcribed Image Text:I. calculate the location of the magnetopause (in rel the following Solar Wind conditions. a. Typical", n = 7 cm3, V= 4OO Km/s b. Halioween Stoim, n= & cm, V= 1100 km/s C. "The day the saiar Wind went away, n= 0.2 cm, v:250 earth radi KIM Psw Viw = B'me 2 Mo BMp : BE rme (rmp in re). %3D Psw Vsu ZB2 Mo rmp due to magnctic mirror
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