Current and Magnetic Field - Right Hand Rule #2

The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the conventional current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The magnetic field indicated in the diagram below is created by a current in the wire. Which way does the electron current flow?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries a conventional current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·
The wire in the diagram below carries an electron current in the direction indicated. For point A in the diagram, which way does the magnetic field due to that current point?
1. Up ↑
2. Down ↓
3. Right →
4. Left ←
5. In ×
6. Out ·