Moving Charge in Electric & Magnetic Fields
Try These ▼
Electric & Magnetic Fields
E
x
> 0, E
y
= 0, E
z
= 0
B
x
= 0, B
y
= 0, B
z
> 0
v
x0
= 0, v
y0
= 0, v
z0
= 0
E
x
> 0, E
y
= 0, E
z
= 0
B
x
= 0, B
y
= 0, B
z
> 0
v
x0
> 0, v
y0
= 0, v
z0
= 0
E
x
> 0, E
y
= 0, E
z
= 0
B
x
= 0, B
y
= 0, B
z
> 0
v
x0
= 0, v
y0
> 0, v
z0
= 0
Magnetic Field Only
E
x
= E
y
= E
z
= 0
B
x
= 0, B
y
= 0, B
z
> 0
v
x0
> 0, v
y0
= 0, v
z0
= 0
E
x
= E
y
= E
z
= 0
B
x
= 0, B
y
> 0, B
z
= 0
v
x0
> 0, v
y0
= 0, v
z0
= 0
E
x
= E
y
= E
z
= 0
B
x
= 0, B
y
> 0, B
z
> 0
v
x0
> 0, v
y0
= 0, v
z0
= 0
E
x
= E
y
= E
z
= 0
B
x
= 0, B
y
= 1, B
z
= 0
v
x0
> 0, v
y0
> 0, v
z0
= 0
Original settings
E
x
= 0, E
y
= 0, E
z
> 0
B
x
= 0, B
y
= 0, B
z
> 0
v
x0
> 0, v
y0
= 0, v
z0
= 0
View settings
Initial view
XY Plane
YZ Plane
ZX Plane
Start
Position
x
0
= 0
y
0
> 0
Velocity
v
x0
> 0
v
y0
= 0
v
z0
= 0
Electric Field
E
x
= 0
E
y
= 0
E
z
> 0
Magnetic Field
B
x
= 0
B
y
= 0
B
z
> 0
Voice Over
Quiz
Animation shows the motion of a positive charged particle subject to Lorentz force
