I An electron approaches a long, straight, current-carrying wire from the right as shown. The position of the electron and its velocity vector are shown at three different times as it approaches the...

I<br>An electron approaches a long, straight, current-carrying wire from the right as shown. The<br>position of the electron and its velocity vector are shown at three different times as it approaches<br>the wire.<br>Which statement is true?<br>The current in the wire flows upwards and vi > v2 > v3 .<br>The current in the wire flows upwards and v1<br>|v2| = |v3|.<br>The current in the wire flows upwards and v1 < |v2] < |v3].<br>The current in the wire flows downwards and v1 = v2 = v3.<br>The current in the wire flows downwards and v1 > v2 > v3.<br>The current in the wire flows downwards and vi| < |v2| < |v3|.<br>

Extracted text: I An electron approaches a long, straight, current-carrying wire from the right as shown. The position of the electron and its velocity vector are shown at three different times as it approaches the wire. Which statement is true? The current in the wire flows upwards and vi > v2 > v3 . The current in the wire flows upwards and v1 |v2| = |v3|. The current in the wire flows upwards and v1 < |v2]="">< |v3].="" the="" current="" in="" the="" wire="" flows="" downwards="" and="" v1="v2" =="" v3.="" the="" current="" in="" the="" wire="" flows="" downwards="" and="" v1=""> v2 > v3. The current in the wire flows downwards and vi| < |v2|=""><>

Jun 11, 2022

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I An electron approaches a long, straight, current-carrying wire from the right as shown. The position of the electron and its velocity vector are shown at three different times as it approaches the...

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