# data[].attributes.headline
- because of collision, the force on the particle is transmitted to the wire

# data[].attributes.subject
- because of collision, the force on the particle is transmitted to the wire

# data[].attributes.headline
- the current is a collection of charged particles in motion, the resultant force on the wire is because if the summation of the individual forces on the charged particle

# data[].attributes.subject
- the current is a collection of charged particles in motion, the resultant force on the wire is because if the summation of the individual forces on the charged particle

# data[].attributes.headline
- magnetic forces are exerted in the current-carrying wire when force is exerted by the magnetic field to a single charged particle 

# data[].attributes.subject
- magnetic forces are exerted in the current-carrying wire when force is exerted by the magnetic field to a single charged particle 

# data[].attributes.headline
Dot (tips of the arrow) - out of the screen

# data[].attributes.subject
Dot (tips of the arrow) - out of the screen

# data[].attributes.headline
Cross sign (tails of the arrow) - into the screen

# data[].attributes.subject
Cross sign (tails of the arrow) - into the screen

# data[].attributes.headline
- the initial direction of the velocity of a charged particle is angled, its path will be spiral or helical

# data[].attributes.subject
- the initial direction of the velocity of a charged particle is angled, its path will be spiral or helical

# data[].attributes.headline
- the radius (r) is directly proportional to "mv" (momentum) and inversely proportional to the charge (q) and magnetic field (B)

# data[].attributes.subject
- the radius (r) is directly proportional to "mv" (momentum) and inversely proportional to the charge (q) and magnetic field (B)

# data[].attributes.headline
- this causes a centripetal acceleration that changes the direction of the field but not the magnitude

# data[].attributes.subject
- this causes a centripetal acceleration that changes the direction of the field but not the magnitude

# data[].attributes.headline
- the direction of the moving charged particle is perpendicular to the field

# data[].attributes.subject
- the direction of the moving charged particle is perpendicular to the field

# data[].attributes.headline
- the magnetic force is always directed toward the center of a circular path

# data[].attributes.subject
- the magnetic force is always directed toward the center of a circular path

# data[].attributes.headline
Force due to magnetic field on current-carrying conductor

# data[].attributes.subject
Force due to magnetic field on current-carrying conductor

# data[].attributes.headline
Magnetic force due to the magnetic field

# data[].attributes.subject
Magnetic force due to the magnetic field