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magnetopa

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The answer MAGNETOPA has 0 possible clue(s) in existing crosswords.

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The word MAGNETOPA is NOT valid in any word game. (Sorry, you cannot play MAGNETOPA in Scrabble, Words With Friends etc)

There are 9 letters in MAGNETOPA ( A¹E¹G²M³N¹O¹P³T¹ )

To search all scrabble anagrams of MAGNETOPA, to go: MAGNETOPA?

Rearrange the letters in MAGNETOPA and see some winning combinations

7 letters out of MAGNETOPA

APOGEAN GATEMAN MAGENTA MAGNATE MAGNETO MEGATON MONTAGE NAMETAG PAGEANT

6 letters out of MAGNETOPA

AGNATE APNOEA MAGNET MANAGE OMENTA POTAGE POTMAN POTMEN TAMPAN TAMPON TEOPAN

5 letters out of MAGNETOPA

4 letters out of MAGNETOPA

3 letters out of MAGNETOPA

AGA AGE AGO AMA AMP ANA ANE ANT APE APO APT ATE EAT EGO ENG EON ETA GAE GAM GAN GAP GAT GEM GEN GET GOA GOT MAE MAG MAN MAP MAT MEG MEN MET MOA MOG MON MOP MOT NAE NAG NAM NAP NEG NET NOG NOM NOT OAT ONE OPE OPT PAM PAN PAT PEA PEG PEN PET POM POT TAE TAG TAM TAN TAO TAP TEA TEG TEN TOE TOG TOM TON TOP

2 letters out of MAGNETOPA

AA AE AG AM AN AT EM EN ET GO MA ME MO NA NE NO OE OM ON OP PA PE TA TO

Searching in Dictionaries ...

Definitions of magnetopa in various dictionaries:

MAGNETOPA - The magnetopause is the abrupt boundary between a magnetosphere and the surrounding plasma. For planetary science, the magnetopause is the boundary ...

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Magnetopa might refer to
The magnetopause is the abrupt boundary between a magnetosphere and the surrounding plasma. For planetary science, the magnetopause is the boundary between the planet’s magnetic field and the solar wind. The location of the magnetopause is determined by the balance between the pressure of the dynamic planetary magnetic field and the dynamic pressure of the solar wind. As the solar wind pressure increases and decreases, the magnetopause moves inward and outward in response. Waves (ripples and flapping motion) along the magnetopause move in the direction of the solar wind flow in response to small-scale variations in the solar wind pressure and to Kelvin–Helmholtz instability. * The solar wind is supersonic and passes through a bow shock where the direction of flow is changed so that most of the solar wind plasma is deflected to either side of the magnetopause, much like water is deflected before the bow of a ship. The zone of shocked solar wind plasma is the magnetosheath. At Earth and all the other planets with intrinsic magnetic fields, some solar wind plasma succeeds in entering and becoming trapped within the magnetosphere. At Earth, the solar wind plasma which enters the magnetosphere forms the plasma sheet. The amount of solar wind plasma and energy that enters the magnetosphere is regulated by the orientation of the interplanetary magnetic field, which is embedded in the solar wind. * The Sun and other stars with magnetic fields and stellar winds have a solar magnetopause or heliopause where the stellar environment is bounded by the interstellar environment.

Magnetopa might refer to

The magnetopause is the abrupt boundary between a magnetosphere and the surrounding plasma. For planetary science, the magnetopause is the boundary between the planet’s magnetic field and the solar wind. The location of the magnetopause is determined by the balance between the pressure of the dynamic planetary magnetic field and the dynamic pressure of the solar wind. As the solar wind pressure increases and decreases, the magnetopause moves inward and outward in response. Waves (ripples and flapping motion) along the magnetopause move in the direction of the solar wind flow in response to small-scale variations in the solar wind pressure and to Kelvin–Helmholtz instability.
* The solar wind is supersonic and passes through a bow shock where the direction of flow is changed so that most of the solar wind plasma is deflected to either side of the magnetopause, much like water is deflected before the bow of a ship. The zone of shocked solar wind plasma is the magnetosheath. At Earth and all the other planets with intrinsic magnetic fields, some solar wind plasma succeeds in entering and becoming trapped within the magnetosphere. At Earth, the solar wind plasma which enters the magnetosphere forms the plasma sheet. The amount of solar wind plasma and energy that enters the magnetosphere is regulated by the orientation of the interplanetary magnetic field, which is embedded in the solar wind.
* The Sun and other stars with magnetic fields and stellar winds have a solar magnetopause or heliopause where the stellar environment is bounded by the interstellar environment.

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